| AeroWhip™ Hydroxypropylcellulose | Ashland | AeroWhip™ Hydroxypropylcellulose is an optimized grade of HPC for stabilizing dairy and nondairy whipped toppings. In non dairy whipped toppings, it creates stiff foams, increases overrun and controls syneresis. For dairy whipping creams, the amount of mi...展開 AeroWhip™ Hydroxypropylcellulose is an optimized grade of HPC for stabilizing dairy and nondairy whipped toppings. In non dairy whipped toppings, it creates stiff foams, increases overrun and controls syneresis. For dairy whipping creams, the amount of milk fat can be reduced significantly, leading to a healthier and more cost-effective product with a creamy mouthfeel. 收起 | |
| Aloe Vera | Ashland | Ashland is your all-in-one Aloe vera (Aloe barbadensis) resource. We grow it, harvest it, process it and deliver it. For more than 20 years we have been an industry leader in producing the highest quality Aloe vera, including: inner leaf, decolorized le...展開 Ashland is your all-in-one Aloe vera (Aloe barbadensis) resource. We grow it, harvest it, process it and deliver it. For more than 20 years we have been an industry leader in producing the highest quality Aloe vera, including: inner leaf, decolorized leaf, liquid concentrates and powders. We supply Aloe vera ingredients and custom formulations to the dietary supplement and food and beverage markets. 收起 | |
| Annatto / Bixin / Norbixin | D.D. Williamson | Annatto / Bixin / Norbixin, a carotenoid, is extracted from the orange coloured outer coat surrounding the seeds of the shrub Bixa orellana. When it is initially extracted, it is known as Bixin. Bixin is the Oil Soluble form of annatto, the primary ingred...展開 Annatto / Bixin / Norbixin, a carotenoid, is extracted from the orange coloured outer coat surrounding the seeds of the shrub Bixa orellana. When it is initially extracted, it is known as Bixin. Bixin is the Oil Soluble form of annatto, the primary ingredient surrounding the seeds in the fruit of the plant. It can be turned into Norbixin, which is truly water soluble–reducing the need for emulsifiers or gums. This is a unique attribute of annatto within the carotenoid family. 收起 | |
| Apocarotenal | D.D. Williamson | Apocarotenal is a carotenoid available in citrus fruits and some vegetables such as spinach. Like beta-carotene, in the human body it transforms into Vitamin A. While beta-carotene contributes yellow to orange hues, apocarotenal contributes orange to red ...展開 Apocarotenal is a carotenoid available in citrus fruits and some vegetables such as spinach. Like beta-carotene, in the human body it transforms into Vitamin A. While beta-carotene contributes yellow to orange hues, apocarotenal contributes orange to red hues. Nature-identical apocarotenal coloring is relatively heat stable but degrades with light exposure. 收起 | |
| Aqualon™ 9H4F | Ashland | Aqualon™ 9H4F has a viscosity of 2,500-6,000, a concentration of 1, and a spindle number of 4. This product is a cellulose gum, or sodium carboxymethylcellulose (CMC) that is widely used as an economical thickener and stabilizer in foods and beverages. Be...展開 Aqualon™ 9H4F has a viscosity of 2,500-6,000, a concentration of 1, and a spindle number of 4. This product is a cellulose gum, or sodium carboxymethylcellulose (CMC) that is widely used as an economical thickener and stabilizer in foods and beverages. Besides modifying the behavior of water, cellulose gum is useful in suspending solids and modifying the flow and texture. Aqualon™ 9H4F has the ability to form strong, oil-resistant films. 收起 | |
| Aqualon™ Cellulose Gum | Ashland | Aqualon™ Cellulose Gum is an acidified dairy beverage stabilizer that will improve quality and extend shelf life by forming stable complex with the casein between an approximate pH range of 3.0 - 5.5, thereby, preventing precipitation of dairy protein. Th...展開 Aqualon™ Cellulose Gum is an acidified dairy beverage stabilizer that will improve quality and extend shelf life by forming stable complex with the casein between an approximate pH range of 3.0 - 5.5, thereby, preventing precipitation of dairy protein. This product can be used in refreshing drinks with dairy protein and fruit juice or fruit flavors because it is able to stabilize milk protein effectively even when there is ionic repulsion at low pH values. 收起 | |
| Aqualon™ CMC | Ashland | Aqualon™ CMC is encapsulated to provide ideal performance in dry mixes and in operations with limited mixing/shear capabilities. It is widely used as an economical thickener and stabilizer in foods and beverages. This product has no lumps, easy dispersion...展開 Aqualon™ CMC is encapsulated to provide ideal performance in dry mixes and in operations with limited mixing/shear capabilities. It is widely used as an economical thickener and stabilizer in foods and beverages. This product has no lumps, easy dispersion, fast hydration, improved performance in dry mix beverage applications, and is ideally for operations where shear and mixing capabilities are limited. 收起 | |
| Aqualon™ CMC-7H3SF | Ashland | Aqualon™ CMC-7H3SF has a viscosity of 1,000-2,800, a concentration of 1, and a spindle number of 3. This product is a cellulose gum, or sodium carboxymethylcellulose (CMC) that is widely used as an economical thickener and stabilizer in foods and beverage...展開 Aqualon™ CMC-7H3SF has a viscosity of 1,000-2,800, a concentration of 1, and a spindle number of 3. This product is a cellulose gum, or sodium carboxymethylcellulose (CMC) that is widely used as an economical thickener and stabilizer in foods and beverages. Besides modifying the behavior of water, cellulose gum is useful in suspending solids and modifying the flow and texture. Aqualon™ CMC-7H3SF has the ability to form strong, oil-resistant films. 收起 | |
| Aqualon™ CMC-7H4F | Ashland | Aqualon™ CMC-7H4F is cellulose gum, or sodium carboxymethylcellulose (CMC), and is widely used as an economical thickener and stabilizer in foods and beverages. This product has a viscosity of 3,000-6,000, a concentration of 1, and a spindle number of 4. ...展開 Aqualon™ CMC-7H4F is cellulose gum, or sodium carboxymethylcellulose (CMC), and is widely used as an economical thickener and stabilizer in foods and beverages. This product has a viscosity of 3,000-6,000, a concentration of 1, and a spindle number of 4. Besides modifying the behavior of water, cellulose gum is useful in suspending solids and modifying the flow and texture, and has the ability to form strong, oil-resistant films. 收起 | |
| Aqualon™ CMC-7HF | Ashland | Aqualon™ CMC-7HF is a cellulose gum, or sodium carboxymethylcellulose (CMC) that has a viscosity of 1,500-3,000, a concentration of 1, and a spindle number of 3. It is widely used as a thickener and stabilizer in foods and beverages, having the ability to...展開 Aqualon™ CMC-7HF is a cellulose gum, or sodium carboxymethylcellulose (CMC) that has a viscosity of 1,500-3,000, a concentration of 1, and a spindle number of 3. It is widely used as a thickener and stabilizer in foods and beverages, having the ability to form strong, oil-resistant films. Besides modifying the behavior of water, cellulose gum is useful in suspending solids and modifying the flow and texture. 收起 | |
| Aqualon™ CMC-7HOF | Ashland | Aqualon™ CMC-7HOF is a cellulose gum, or sodium carboxymethylcellulose (CMC), that has a viscosity of 1,000-2,800, a concentration of 1, and a spindle number of 3. It is widely used as a thickener and stabilizer in foods and beverages, having the ability ...展開 Aqualon™ CMC-7HOF is a cellulose gum, or sodium carboxymethylcellulose (CMC), that has a viscosity of 1,000-2,800, a concentration of 1, and a spindle number of 3. It is widely used as a thickener and stabilizer in foods and beverages, having the ability to form strong, oil-resistant films. Besides modifying the behavior of water, cellulose gum is useful in suspending solids and modifying the flow and texture. 收起 | |
| Aqualon™ CMC-7LF | Ashland | Aqualon™ CMC-7LF is cellulose gum, or sodium carboxymethylcellulose (CMC), that has a viscosity of 25-50, a concentration of 2, and a spindle number of 1. This product is widely used as a thickener and stabilizer in foods and beverages. Besides modifying ...展開 Aqualon™ CMC-7LF is cellulose gum, or sodium carboxymethylcellulose (CMC), that has a viscosity of 25-50, a concentration of 2, and a spindle number of 1. This product is widely used as a thickener and stabilizer in foods and beverages. Besides modifying the behavior of water, cellulose gum is useful in suspending solids and modifying the flow and texture. It has the ability to form strong, oil-resistant films. 收起 | |
| Aqualon™ CMC-7M2F | Ashland | Aqualon™ CMC-7M2F is cellulose gum, or sodium carboxymethylcellulose (CMC), is widely used as an economical thickener and stabilizer in foods and beverages. Besides modifying the behavior of water, cellulose gum is useful in suspending solids and modifyin...展開 Aqualon™ CMC-7M2F is cellulose gum, or sodium carboxymethylcellulose (CMC), is widely used as an economical thickener and stabilizer in foods and beverages. Besides modifying the behavior of water, cellulose gum is useful in suspending solids and modifying the flow and texture. Aqualon™ CMC-7M2F has the ability to form strong, oil-resistant films, and has a viscosity of 150-200, a concentration of 2, and a spindle number of 2. 收起 | |
| Aqualon™ CMC-7M8SF | Ashland | Aqualon™ CMC-7M8SF is cellulose gum, or sodium carboxymethylcellulose (CMC), is widely used as an economical thickener and stabilizer in foods and beverages. Besides modifying the behavior of water, cellulose gum is useful in suspending solids and modifyi...展開 Aqualon™ CMC-7M8SF is cellulose gum, or sodium carboxymethylcellulose (CMC), is widely used as an economical thickener and stabilizer in foods and beverages. Besides modifying the behavior of water, cellulose gum is useful in suspending solids and modifying the flow and texture. Aqualon™ CMC-7M8SF has the ability to form strong, oil-resistant films. This product has a viscosity of 200-800, a concentration of 2, and a spindle number of 2. 收起 | |
| Aqualon™ CMC-7MF | Ashland | Aqualon™ CMC-7MF has a viscosity of 400-800, a concentration of 2, and a spindle number of 2. This product is a cellulose gum, or sodium carboxymethylcellulose (CMC) that is widely used as an economical thickener and stabilizer in foods and beverages. Bes...展開 Aqualon™ CMC-7MF has a viscosity of 400-800, a concentration of 2, and a spindle number of 2. This product is a cellulose gum, or sodium carboxymethylcellulose (CMC) that is widely used as an economical thickener and stabilizer in foods and beverages. Besides modifying the behavior of water, cellulose gum is useful in suspending solids and modifying the flow and texture. Aqualon™ CMC-7MF has the ability to form strong, oil-resistant films. 收起 | |
| Aqualon™ CMC-9M31F | Ashland | Aqualon™ CMC-9M31F has a viscosity of 1,500-3,100, a concentration of 2, and a spindle number of 3. This product is a cellulose gum, or sodium carboxymethylcellulose (CMC) that is widely used as an economical thickener and stabilizer in foods and beverage...展開 Aqualon™ CMC-9M31F has a viscosity of 1,500-3,100, a concentration of 2, and a spindle number of 3. This product is a cellulose gum, or sodium carboxymethylcellulose (CMC) that is widely used as an economical thickener and stabilizer in foods and beverages. Besides modifying the behavior of water, cellulose gum is useful in suspending solids and modifying the flow and texture. Aqualon™ CMC-9M31F has the ability to form strong, oil-resistant films. 收起 | |
| Aqualon™ CMC-9M8F | Ashland | Aqualon™ CMC-9M8F has a viscosity of 400-800, a concentration of 2, and a spindle number of 2. This product is a cellulose gum, or sodium carboxymethylcellulose (CMC) that is widely used as an economical thickener and stabilizer in foods and beverages. Be...展開 Aqualon™ CMC-9M8F has a viscosity of 400-800, a concentration of 2, and a spindle number of 2. This product is a cellulose gum, or sodium carboxymethylcellulose (CMC) that is widely used as an economical thickener and stabilizer in foods and beverages. Besides modifying the behavior of water, cellulose gum is useful in suspending solids and modifying the flow and texture. Aqualon™ CMC-9M8F has the ability to form strong, oil-resistant films. 收起 | |
| Aquasorb™ A-500 | Ashland | Aquasorb™ A-500 CMC is superabsorbent, with a primary advantage of water absorption and inhibiting water migration. It is used for is superabsorbent properties, and is recommended for applications such as bake stable fillings, doughs, sauces and dressings...展開 Aquasorb™ A-500 CMC is superabsorbent, with a primary advantage of water absorption and inhibiting water migration. It is used for is superabsorbent properties, and is recommended for applications such as bake stable fillings, doughs, sauces and dressings. This product has an absorbency (NaCI 1%) of 30 min g/g, a moisture content of 6.0% max., and a tapped density of 0.55-1.00 g/ml. 收起 | |
| Aquasorb™ Cellulose Gum | Ashland | Aquasorb™ Cellulose Gum, or sodium carboxymethylcellulose (CMC), is a high-purity, powdered super-absorbent that offers increased bake stability, extended shelf life, freeze/thaw stability and water binding. Aquasorb Cellulose Gum is a specialty grade des...展開 Aquasorb™ Cellulose Gum, or sodium carboxymethylcellulose (CMC), is a high-purity, powdered super-absorbent that offers increased bake stability, extended shelf life, freeze/thaw stability and water binding. Aquasorb Cellulose Gum is a specialty grade designed for maximum water-holding in bakery and other applications. 收起 | |
| Benecel™ Hydroxypropylmethylcellulose (HPMC) E10M | Ashland | Benecel™ Hydroxypropylmethylcellulose (HPMC) E10M is a high purity, water-soluble cellulose derivative designed to perform many functions in processed foods - including reversible hot water gelation, water binding and retention, oil barrier formation, thi...展開 Benecel™ Hydroxypropylmethylcellulose (HPMC) E10M is a high purity, water-soluble cellulose derivative designed to perform many functions in processed foods - including reversible hot water gelation, water binding and retention, oil barrier formation, thickening, suspending and stabilizing, and film formation. Benecel™ Hydroxypropylmethylcellulose (HPMC) E10M has a viscosity range of 7,500 to 14,000 cps and particle size of less than 295 micrometers. This product is widely used in food applications such as batters, breadings, extruded and fried foods, bakery fillings and toppings, meat and meat substitutes, soups, sauces, ice cream, and more. 收起 | |
| Benecel™ Hydroxypropylmethylcellulose (HPMC) E4M | Ashland | Benecel™ Hydroxypropylmethylcellulose (HPMC) E4M is a high purity, water-soluble cellulose derivative designed to perform many functions in processed foods - including reversible hot water gelation, water binding and retention, oil barrier formation, thic...展開 Benecel™ Hydroxypropylmethylcellulose (HPMC) E4M is a high purity, water-soluble cellulose derivative designed to perform many functions in processed foods - including reversible hot water gelation, water binding and retention, oil barrier formation, thickening, suspending and stabilizing, and film formation. Benecel™ Hydroxypropylmethylcellulose (HPMC) E4M has a viscosity range of 2,700 to 5,040 cps and particle size of 170 to 250 micrometers. This product is widely used in food applications such as batters, breadings, extruded and fried foods, bakery fillings and toppings, meat and meat substitutes, soups, sauces, ice cream, and more. 收起 | |
| Benecel™ Hydroxypropylmethylcellulose (HPMC) K100M | Ashland | Benecel™ Hydroxypropylmethylcellulose (HPMC) K100M is a high purity, water-soluble cellulose derivative designed to perform many functions in processed foods - including reversible hot water gelation, water binding and retention, oil barrier formation, th...展開 Benecel™ Hydroxypropylmethylcellulose (HPMC) K100M is a high purity, water-soluble cellulose derivative designed to perform many functions in processed foods - including reversible hot water gelation, water binding and retention, oil barrier formation, thickening, suspending and stabilizing, and film formation. Benecel™ Hydroxypropylmethylcellulose (HPMC) K100M has a viscosity range of 75,000 to 140,000 cps and particle size of 170 to 250 micrometers. This product is widely used in food applications such as batters, breadings, extruded and fried foods, bakery fillings and toppings, meat and meat substitutes, soups, sauces, ice cream, and more. 收起 | |
| Benecel™ Hydroxypropylmethylcellulose (HPMC) K15M | Ashland | Benecel™ Hydroxypropylmethylcellulose (HPMC) K15M is a high purity, water-soluble cellulose derivative designed to perform many functions in processed foods - including reversible hot water gelation, water binding and retention, oil barrier formation, thi...展開 Benecel™ Hydroxypropylmethylcellulose (HPMC) K15M is a high purity, water-soluble cellulose derivative designed to perform many functions in processed foods - including reversible hot water gelation, water binding and retention, oil barrier formation, thickening, suspending and stabilizing, and film formation. Benecel™ Hydroxypropylmethylcellulose (HPMC) K15M has a viscosity range of 13,500 to 25,200 cps and particle size of 170 to 250 micrometers. This product is widely used in food applications such as batters, breadings, extruded and fried foods, bakery fillings and toppings, meat and meat substitutes, soups, sauces, ice cream, and more. 收起 | |
| Benecel™ Hydroxypropylmethylcellulose (HPMC) K200M | Ashland | Benecel™ Hydroxypropylmethylcellulose (HPMC) K200M is a high purity, water-soluble cellulose derivative designed to perform many functions in processed foods - including reversible hot water gelation, water binding and retention, oil barrier formation, th...展開 Benecel™ Hydroxypropylmethylcellulose (HPMC) K200M is a high purity, water-soluble cellulose derivative designed to perform many functions in processed foods - including reversible hot water gelation, water binding and retention, oil barrier formation, thickening, suspending and stabilizing, and film formation. Benecel™ Hydroxypropylmethylcellulose (HPMC) K200M has a viscosity range of 150,000 to 280,000 cps and particle size of 170 to 250 micrometers. This product is widely used in food applications such as batters, breadings, extruded and fried foods, bakery fillings and toppings, meat and meat substitutes, soups, sauces, ice cream, and more. 收起 | |
| Benecel™ Hydroxypropylmethylcellulose (HPMC) K35M | Ashland | Benecel™ Hydroxypropylmethylcellulose (HPMC) K35M is a high purity, water-soluble cellulose derivative designed to perform many functions in processed foods - including reversible hot water gelation, water binding and retention, oil barrier formation, thi...展開 Benecel™ Hydroxypropylmethylcellulose (HPMC) K35M is a high purity, water-soluble cellulose derivative designed to perform many functions in processed foods - including reversible hot water gelation, water binding and retention, oil barrier formation, thickening, suspending and stabilizing, and film formation. Benecel™ Hydroxypropylmethylcellulose (HPMC) K35M has a viscosity range of 26,250 to 49,000 cps and particle size of 170 to 250 micrometers. This product is widely used in food applications such as batters, breadings, extruded and fried foods, bakery fillings and toppings, meat and meat substitutes, soups, sauces, ice cream, and more. 收起 | |
| Benecel™ Hydroxypropylmethylcellulose (HPMC) K4M | Ashland | Benecel™ Hydroxypropylmethylcellulose (HPMC) K4M is a high purity, water-soluble cellulose derivative designed to perform many functions in processed foods - including reversible hot water gelation, water binding and retention, oil barrier formation, thic...展開 Benecel™ Hydroxypropylmethylcellulose (HPMC) K4M is a high purity, water-soluble cellulose derivative designed to perform many functions in processed foods - including reversible hot water gelation, water binding and retention, oil barrier formation, thickening, suspending and stabilizing, and film formation. Benecel™ Hydroxypropylmethylcellulose (HPMC) K4M has a viscosity range of 2,700 to 5,040 cps and particle size of 170 to 250 micrometers. This product is widely used in food applications such as batters, breadings, extruded and fried foods, bakery fillings and toppings, meat and meat substitutes, soups, sauces, ice cream, and more. 收起 | |
| Benecel™ Methylcellulose (MC) A4C | Ashland | Benecel™ Methylcellulose (MC) A4C is a high purity, water-soluble cellulose derivative designed to perform many functions in processed foods - including reversible hot water gelation, water binding and retention, oil barrier formation, thickening, suspend...展開 Benecel™ Methylcellulose (MC) A4C is a high purity, water-soluble cellulose derivative designed to perform many functions in processed foods - including reversible hot water gelation, water binding and retention, oil barrier formation, thickening, suspending and stabilizing, and film formation. Benecel™ Methylcellulose (MC) A4C has a viscosity range of 300 to 560 cps and particle size of 170 to 250 micrometers. This product is widely used in food applications such as batters, breadings, extruded and fried foods, bakery fillings and toppings, meat and meat substitutes, soups, sauces, ice cream, and more. 收起 | |
| Benecel™ Methylcellulose (MC) A4M | Ashland | Benecel™ Methylcellulose (MC) A4M is a high purity, water-soluble cellulose derivative designed to perform many functions in processed foods - including reversible hot water gelation, water binding and retention, oil barrier formation, thickening, suspend...展開 Benecel™ Methylcellulose (MC) A4M is a high purity, water-soluble cellulose derivative designed to perform many functions in processed foods - including reversible hot water gelation, water binding and retention, oil barrier formation, thickening, suspending and stabilizing, and film formation. Benecel™ Methylcellulose (MC) A4M has a viscosity range of 3,000 to 5,600 cps and particle size of 170 to 250 micrometers. This product is widely used in food applications such as batters, breadings, extruded and fried foods, bakery fillings and toppings, meat and meat substitutes, soups, sauces, ice cream, and more. 收起 | |
| Benecel™ MX Modified Cellulose | Ashland | Benecel™ MX modified cellulose is specially formulated for meat alternative and vegetable-based applications. It can provide a firm bite for products meant to simulate meat products, binding to replace eggs, and can help retain moisture to provide an en...展開 Benecel™ MX modified cellulose is specially formulated for meat alternative and vegetable-based applications. It can provide a firm bite for products meant to simulate meat products, binding to replace eggs, and can help retain moisture to provide an enjoyable eating experience. 收起 | |
| Beta-Carotene (Natural) | D.D. Williamson | Beta-Carotene (Natural) is a carotenoid food coloring that ranges from yellow to orange depending on its concentration. It is used to enhance the visual appeal of juice drinks, tropical beverages, and even desserts. Natural beta-carotene performs equal or...展開 Beta-Carotene (Natural) is a carotenoid food coloring that ranges from yellow to orange depending on its concentration. It is used to enhance the visual appeal of juice drinks, tropical beverages, and even desserts. Natural beta-carotene performs equal or better coloring compared to conventional (synthetic) beta-carotene. 收起 | |
| Bil-Max™ Bilberry Concentrate | Ashland | Bil-Max™ is a concentrated, patented bilberry fruit product. Bil-max™ concentrate is made using no solvents, no added sweeteners, and no flavorings or added colors. Bil-max™ concentrate helps supports vascualr and eye health. | |
| Black/Purple Carrot | D.D. Williamson | Black/Purple Carrot is an anthocyanin that works for colouring in many types of food and beverage applications and are grown mostly in southern Europe and Asia. These pigments exhibit a reversible change in molecular structure as the pH of solutions chang...展開 Black/Purple Carrot is an anthocyanin that works for colouring in many types of food and beverage applications and are grown mostly in southern Europe and Asia. These pigments exhibit a reversible change in molecular structure as the pH of solutions change from acidic to basic. This change in structure is characterized by a shift in hue from red to purple to blue as the pH changes from acidic to basic. Anthocyanins from purple carrots are more stable over a wider pH range than most anthocyanins making them ideal for yogurts and other dairy products. 收起 | |
| Burnt Sugar | D.D. Williamson | Burnt Sugar is a light to dark brown liquid or powder obtained from the controlled heating of sugars used primarily for flavouring and/or sweetening with incidental colour. Consumers in many regions continue to demand natural foods. In response, food and ...展開 Burnt Sugar is a light to dark brown liquid or powder obtained from the controlled heating of sugars used primarily for flavouring and/or sweetening with incidental colour. Consumers in many regions continue to demand natural foods. In response, food and beverage manufacturers are formulating with simple, clean label options — including “Burnt Sugar” and “Colour: Plain Caramel.” Applications include baked goods, breakfast cereals, dessert toppings, sauces, seasonings, coffee drinks and confectionery products. 收起 | |
| Calcium Carbonate (Natural Type) | D.D. Williamson | Calcium Carbonate is a white powder found in nature in mineral sources such as calcite, limestone and marble. It adds color to foods and firming properties to vegetables. It is insoluble in water but may be emulsified to disperse in water. It may be produ...展開 Calcium Carbonate is a white powder found in nature in mineral sources such as calcite, limestone and marble. It adds color to foods and firming properties to vegetables. It is insoluble in water but may be emulsified to disperse in water. It may be produced by the precipitation of calcium ions with carbonate ions. The European Union (EU) has approved calcium carbonate as a food coloring. Some other regions do not allow its use as a color additive. 收起 | |
| Caramel Color 050 (Class Four) | D.D. Williamson | Caramel Color 055 (Class Four) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natur...展開 Caramel Color 055 (Class Four) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natural carbohydrate sources including corn, wheat and sugar). This process is called “caramelization.” Caramel color ingredients are the world’s most widely consumed food coloring by weight and can be commercially produced for food and beverage products. 收起 | |
| Caramel Color 055 (Class Four) | D.D. Williamson | Caramel Color 055 (Class Four) is a dark brown, water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derive...展開 Caramel Color 055 (Class Four) is a dark brown, water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natural carbohydrate sources including corn, wheat and sugar). This process is called “caramelization.” Caramel color ingredients are the world’s most widely consumed food coloring by weight and can be commercially produced for food and beverage products. 收起 | |
| Caramel Color 065 (Class Four) | D.D. Williamson | Caramel Color 065 (Class Four) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natur...展開 Caramel Color 065 (Class Four) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natural carbohydrate sources including corn, wheat and sugar). This process is called “caramelization.” Caramel color ingredients are the world’s most widely consumed food coloring by weight and can be commercially produced for food and beverage products. 收起 | |
| Caramel Color 105 (Class Four) | D.D. Williamson | Caramel Color 105 (Class Four) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natur...展開 Caramel Color 105 (Class Four) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natural carbohydrate sources including corn, wheat and sugar). This process is called “caramelization.” Caramel color ingredients are the world’s most widely consumed food coloring by weight and can be commercially produced for food and beverage products. 收起 | |
| Caramel Color 108 (Class Four) | D.D. Williamson | Caramel Color 108 (Class Four) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natur...展開 Caramel Color 108 (Class Four) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natural carbohydrate sources including corn, wheat and sugar). This process is called “caramelization.” Caramel color ingredients are the world’s most widely consumed food coloring by weight and can be commercially produced for food and beverage products. 收起 | |
| Caramel Color 111 (Class Four) | D.D. Williamson | Caramel Color 111 (Class Four) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natur...展開 Caramel Color 111 (Class Four) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natural carbohydrate sources including corn, wheat and sugar). This process is called “caramelization.” Caramel color ingredients are the world’s most widely consumed food coloring by weight and can be commercially produced for food and beverage products. 收起 | |
| Caramel Color 112 (Class Four) | D.D. Williamson | Caramel Color 112 (Class Four) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natur...展開 Caramel Color 112 (Class Four) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natural carbohydrate sources including corn, wheat and sugar). This process is called “caramelization.” Caramel color ingredients are the world’s most widely consumed food coloring by weight and can be commercially produced for food and beverage products. 收起 | |
| Caramel Color 135 (Class Four) | D.D. Williamson | Caramel Color 135 (Class Four) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natur...展開 Caramel Color 135 (Class Four) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natural carbohydrate sources including corn, wheat and sugar). This process is called “caramelization.” Caramel color ingredients are the world’s most widely consumed food coloring by weight and can be commercially produced for food and beverage products. 收起 | |
| Caramel Color 170 (Class Four) | D.D. Williamson | Caramel Color 170 (Class Four) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natur...展開 Caramel Color 170 (Class Four) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natural carbohydrate sources including corn, wheat and sugar). This process is called “caramelization.” Caramel color ingredients are the world’s most widely consumed food coloring by weight and can be commercially produced for food and beverage products. 收起 | |
| Caramel Color 173 (Class Four) | D.D. Williamson | Caramel Color 173 (Class Four) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natur...展開 Caramel Color 173 (Class Four) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natural carbohydrate sources including corn, wheat and sugar). This process is called “caramelization.” Caramel color ingredients are the world’s most widely consumed food coloring by weight and can be commercially produced for food and beverage products. 收起 | |
| Caramel Color 190 (Class Two) | D.D. Williamson | Caramel Color 190 (Class Two) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natura...展開 Caramel Color 190 (Class Two) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natural carbohydrate sources including corn, wheat and sugar). This process is called “caramelization.” Caramel color ingredients are the world’s most widely consumed food coloring by weight and can be commercially produced for food and beverage products. 收起 | |
| Caramel Color 200 (Class Three) | D.D. Williamson | Caramel Color 200 (Class Three) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natu...展開 Caramel Color 200 (Class Three) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natural carbohydrate sources including corn, wheat and sugar). This process is called “caramelization.” Caramel color ingredients are the world’s most widely consumed food coloring by weight and can be commercially produced for food and beverage products. 收起 | |
| Caramel Color 201 (Class Three) | D.D. Williamson | Caramel Color 201 (Class Three) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natu...展開 Caramel Color 201 (Class Three) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natural carbohydrate sources including corn, wheat and sugar). This process is called “caramelization.” Caramel color ingredients are the world’s most widely consumed food coloring by weight and can be commercially produced for food and beverage products. 收起 | |
| Caramel Color 202 (Class Three) | D.D. Williamson | Caramel Color 202 (Class Three) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natu...展開 Caramel Color 202 (Class Three) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natural carbohydrate sources including corn, wheat and sugar). This process is called “caramelization.” Caramel color ingredients are the world’s most widely consumed food coloring by weight and can be commercially produced for food and beverage products. 收起 | |
| Caramel Color 203 (Class Three) | D.D. Williamson | Caramel Color 203 (Class Three) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natu...展開 Caramel Color 203 (Class Three) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natural carbohydrate sources including corn, wheat and sugar). This process is called “caramelization.” Caramel color ingredients are the world’s most widely consumed food coloring by weight and can be commercially produced for food and beverage products. 收起 | |
| Caramel Color 210 (Class Three) | D.D. Williamson | Caramel Color 210 (Class Three) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natu...展開 Caramel Color 210 (Class Three) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natural carbohydrate sources including corn, wheat and sugar). This process is called “caramelization.” Caramel color ingredients are the world’s most widely consumed food coloring by weight and can be commercially produced for food and beverage products. 收起 | |
| Caramel Color 250 (Class Three) | D.D. Williamson | Caramel Color 250 (Class Three) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natu...展開 Caramel Color 250 (Class Three) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natural carbohydrate sources including corn, wheat and sugar). This process is called “caramelization.” Caramel color ingredients are the world’s most widely consumed food coloring by weight and can be commercially produced for food and beverage products. 收起 | |
| Caramel Color 252 (Class Three) | D.D. Williamson | Caramel Color 252 (Class Three) is a brown, water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived fr...展開 Caramel Color 252 (Class Three) is a brown, water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natural carbohydrate sources including corn, wheat and sugar). This process is called “caramelization.” Caramel color ingredients are the world’s most widely consumed food coloring by weight and can be commercially produced for food and beverage products. 收起 | |
| Caramel Color 300 (Class Three) | D.D. Williamson | Caramel Color 300 (Class Three) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natu...展開 Caramel Color 300 (Class Three) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natural carbohydrate sources including corn, wheat and sugar). This process is called “caramelization.” Caramel color ingredients are the world’s most widely consumed food coloring by weight and can be commercially produced for food and beverage products. 收起 | |
| Caramel Color 301 (Class Three) | D.D. Williamson | Caramel Color 301 (Class Three) is a reddish brown, water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, de...展開 Caramel Color 301 (Class Three) is a reddish brown, water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natural carbohydrate sources including corn, wheat and sugar). This process is called “caramelization.” Caramel color ingredients are the world’s most widely consumed food coloring by weight and can be commercially produced for food and beverage products. 收起 | |
| Caramel Color 303 (Class Three) | D.D. Williamson | Caramel Color 303 (Class Three) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natu...展開 Caramel Color 303 (Class Three) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natural carbohydrate sources including corn, wheat and sugar). This process is called “caramelization.” Caramel color ingredients are the world’s most widely consumed food coloring by weight and can be commercially produced for food and beverage products. 收起 | |
| Caramel Color 373 (Class Three) | D.D. Williamson | Caramel Color 373 (Class Three) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natu...展開 Caramel Color 373 (Class Three) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natural carbohydrate sources including corn, wheat and sugar). This process is called “caramelization.” Caramel color ingredients are the world’s most widely consumed food coloring by weight and can be commercially produced for food and beverage products. 收起 | |
| Caramel Color 376 (Class Three) | D.D. Williamson | Caramel Color 376 (Class Three) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natu...展開 Caramel Color 376 (Class Three) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natural carbohydrate sources including corn, wheat and sugar). This process is called “caramelization.” Caramel color ingredients are the world’s most widely consumed food coloring by weight and can be commercially produced for food and beverage products. 收起 | |
| Caramel Color 377 (Class Three) | D.D. Williamson | Caramel Color 377 (Class Three) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natu...展開 Caramel Color 377 (Class Three) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natural carbohydrate sources including corn, wheat and sugar). This process is called “caramelization.” Caramel color ingredients are the world’s most widely consumed food coloring by weight and can be commercially produced for food and beverage products. 收起 | |
| Caramel Color 385 (Class Three) | D.D. Williamson | Caramel Color 385 (Class Three) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natu...展開 Caramel Color 385 (Class Three) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natural carbohydrate sources including corn, wheat and sugar). This process is called “caramelization.” Caramel color ingredients are the world’s most widely consumed food coloring by weight and can be commercially produced for food and beverage products. 收起 | |
| Caramel Color 520 (Class One) | D.D. Williamson | Caramel Color 520 (Class One) is water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natural ...展開 Caramel Color 520 (Class One) is water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natural carbohydrate sources including corn, wheat and sugar). This process is called “caramelization.” Caramel color ingredients are the world’s most widely consumed food coloring by weight and can be commercially produced for food and beverage products. 收起 | |
| Caramel Color 525 (Class One) | D.D. Williamson | Caramel Color 525 (Class One) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natura...展開 Caramel Color 525 (Class One) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natural carbohydrate sources including corn, wheat and sugar). This process is called “caramelization.” Caramel color ingredients are the world’s most widely consumed food coloring by weight and can be commercially produced for food and beverage products. 收起 | |
| Caramel Color 526 (Class One) | D.D. Williamson | Caramel Color 526 (Class One) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natura...展開 Caramel Color 526 (Class One) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natural carbohydrate sources including corn, wheat and sugar). This process is called “caramelization.” Caramel color ingredients are the world’s most widely consumed food coloring by weight and can be commercially produced for food and beverage products. 收起 | |
| Caramel Color 528 (Class One) | D.D. Williamson | Caramel Color 528 (Class One) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natura...展開 Caramel Color 528 (Class One) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natural carbohydrate sources including corn, wheat and sugar). This process is called “caramelization.” Caramel color ingredients are the world’s most widely consumed food coloring by weight and can be commercially produced for food and beverage products. 收起 | |
| Caramel Color 570 (Class One) | D.D. Williamson | Caramel Color 570 (Class One) is a light brown, water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derive...展開 Caramel Color 570 (Class One) is a light brown, water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natural carbohydrate sources including corn, wheat and sugar). This process is called “caramelization.” Caramel color ingredients are the world’s most widely consumed food coloring by weight and can be commercially produced for food and beverage products. 收起 | |
| Caramel Color 574 (Class One) | D.D. Williamson | Caramel Color 574 (Class One) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natura...展開 Caramel Color 574 (Class One) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natural carbohydrate sources including corn, wheat and sugar). This process is called “caramelization.” Caramel color ingredients are the world’s most widely consumed food coloring by weight and can be commercially produced for food and beverage products. 收起 | |
| Caramel Color 600 (Class Four) | D.D. Williamson | Caramel Color 600 (Class Four) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natur...展開 Caramel Color 600 (Class Four) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natural carbohydrate sources including corn, wheat and sugar). This process is called “caramelization.” Caramel color ingredients are the world’s most widely consumed food coloring by weight and can be commercially produced for food and beverage products. 收起 | |
| Caramel Color 602 (Class Four) | D.D. Williamson | Caramel Color 602 (Class Four) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natur...展開 Caramel Color 602 (Class Four) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natural carbohydrate sources including corn, wheat and sugar). This process is called “caramelization.” Caramel color ingredients are the world’s most widely consumed food coloring by weight and can be commercially produced for food and beverage products. 收起 | |
| Caramel Color 603 (Class Four) | D.D. Williamson | Caramel Color 603 (Class Four) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natur...展開 Caramel Color 603 (Class Four) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natural carbohydrate sources including corn, wheat and sugar). This process is called “caramelization.” Caramel color ingredients are the world’s most widely consumed food coloring by weight and can be commercially produced for food and beverage products. 收起 | |
| Caramel Color 605 (Class Four) | D.D. Williamson | Caramel Color 605 (Class Four) is a dark brown, water soluble powder, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derive...展開 Caramel Color 605 (Class Four) is a dark brown, water soluble powder, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natural carbohydrate sources including corn, wheat and sugar). This process is called “caramelization.” Caramel color ingredients are the world’s most widely consumed food coloring by weight and can be commercially produced for food and beverage products. 收起 | |
| Caramel Color 607 (Class Four) | D.D. Williamson | Caramel Color 607 (Class Four) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natur...展開 Caramel Color 607 (Class Four) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natural carbohydrate sources including corn, wheat and sugar). This process is called “caramelization.” Caramel color ingredients are the world’s most widely consumed food coloring by weight and can be commercially produced for food and beverage products. 收起 | |
| Caramel Color 608 (Class Four) | D.D. Williamson | Caramel Color 608 (Class Four) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natur...展開 Caramel Color 608 (Class Four) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natural carbohydrate sources including corn, wheat and sugar). This process is called “caramelization.” Caramel color ingredients are the world’s most widely consumed food coloring by weight and can be commercially produced for food and beverage products. 收起 | |
| Caramel Color 610 (Class Four) | D.D. Williamson | Caramel Color 610 (Class Four) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natur...展開 Caramel Color 610 (Class Four) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natural carbohydrate sources including corn, wheat and sugar). This process is called “caramelization.” Caramel color ingredients are the world’s most widely consumed food coloring by weight and can be commercially produced for food and beverage products. 收起 | |
| Caramel Color 624 (Class One) | D.D. Williamson | Caramel Color 624 (Class One) is a water soluble powder, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natura...展開 Caramel Color 624 (Class One) is a water soluble powder, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natural carbohydrate sources including corn, wheat and sugar). This process is called “caramelization.” Caramel color ingredients are the world’s most widely consumed food coloring by weight and can be commercially produced for food and beverage products. 收起 | |
| Caramel Color 626 (Class One) | D.D. Williamson | Caramel Color 626 (Class One) is a water soluble powder, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natura...展開 Caramel Color 626 (Class One) is a water soluble powder, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natural carbohydrate sources including corn, wheat and sugar). This process is called “caramelization.” Caramel color ingredients are the world’s most widely consumed food coloring by weight and can be commercially produced for food and beverage products. 收起 | |
| Caramel Color 640 (Class Three) | D.D. Williamson | Caramel Color 640 (Class Three) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natu...展開 Caramel Color 640 (Class Three) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natural carbohydrate sources including corn, wheat and sugar). This process is called “caramelization.” Caramel color ingredients are the world’s most widely consumed food coloring by weight and can be commercially produced for food and beverage products. 收起 | |
| Caramel Color 642 (Class Three) | D.D. Williamson | Caramel Color 642 (Class Three) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natu...展開 Caramel Color 642 (Class Three) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natural carbohydrate sources including corn, wheat and sugar). This process is called “caramelization.” Caramel color ingredients are the world’s most widely consumed food coloring by weight and can be commercially produced for food and beverage products. 收起 | |
| Caramel Color 643 (Class Three) | D.D. Williamson | Caramel Color 643 (Class Three) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natu...展開 Caramel Color 643 (Class Three) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natural carbohydrate sources including corn, wheat and sugar). This process is called “caramelization.” Caramel color ingredients are the world’s most widely consumed food coloring by weight and can be commercially produced for food and beverage products. 收起 | |
| Caramel Color 663 (Class Four) | D.D. Williamson | Caramel Color 663 (Class Four) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natur...展開 Caramel Color 663 (Class Four) is a water soluble liquid, used to color food and beverage products. Caramel color results from the controlled heat treatment or cooking of carbohydrates (nutritive sweeteners, such as glucose and sucrose, derived from natural carbohydrate sources including corn, wheat and sugar). This process is called “caramelization.” Caramel color ingredients are the world’s most widely consumed food coloring by weight and can be commercially produced for food and beverage products. 收起 | |
| Caramelized Mirepoix | D.D. Williamson | Caramelized Mirepoix is manufactured from 100% vegetable juice concentrates, it adds complex, rich and well-rounded savory notes to soups, sauces, marinades, dips, and frozen meals. Its brown hue has red undertones. Customers can label “caramelized vegeta...展開 Caramelized Mirepoix is manufactured from 100% vegetable juice concentrates, it adds complex, rich and well-rounded savory notes to soups, sauces, marinades, dips, and frozen meals. Its brown hue has red undertones. Customers can label “caramelized vegetable juice concentrates”, “caramelized onion, carrot and celery concentrates” or “natural flavor”. 收起 | |
| Carmine | D.D. Williamson | Carmine is a natural anthraquinone red dye and the common term for insoluble cochineal-based pigments. Carmine hues follow the same shifts as carminic acid but will precipitate at low pH before becoming orange. Acid-stable carminic acid results in red to ...展開 Carmine is a natural anthraquinone red dye and the common term for insoluble cochineal-based pigments. Carmine hues follow the same shifts as carminic acid but will precipitate at low pH before becoming orange. Acid-stable carminic acid results in red to violet hues in low pH applications where carminic acid would otherwise be orange. Acid-proofing results from a hydroxyl group being replaced by an amino group. This colorant is utilized in the food industry. 收起 | |
| Carrot Oil | D.D. Williamson | Carrot Oil is an all natural orange food coloring that is primarily composed of beta-carotene.The light absorption of the conjugated carbon chain is responsible for the orange color. Food coloring manufacturers employ solvent extraction of edible carrots ...展開 Carrot Oil is an all natural orange food coloring that is primarily composed of beta-carotene.The light absorption of the conjugated carbon chain is responsible for the orange color. Food coloring manufacturers employ solvent extraction of edible carrots to obtain the pigment, they then remove the solvent and substitute it with oil to yield the final products. This carotenoid like others may provide beneficial health functions due to the antioxidant properties acting as a vitamin precursor. 收起 | |
| Celadrin™ Esterified Fatty Acid Complex | Ashland | Celadrin™ esterified fatty acid complex (EFAC) is a blend of cetylated fatty acid esters and other active synergistic compounds. The manufacturing process is highly specific to produce a compound that has a narrow range for each EFAC within the blend. T...展開 Celadrin™ esterified fatty acid complex (EFAC) is a blend of cetylated fatty acid esters and other active synergistic compounds. The manufacturing process is highly specific to produce a compound that has a narrow range for each EFAC within the blend. The esterification process ensures the fatty acids are stable and reduces the potential for reacting with oxygen. Celadrin™ EFAC helps to reduce joint discomfort and help maintain healthy joint function. 收起 | |
| Chlorophyll / Chlorophyllin | D.D. Williamson | Chlorophyll is extracted from plants — typically fescue and alfalfa — and then chemically modified (or stabilized), displacing the magnesium from the core of the molecule and substituting it with copper. The resulting stable, water soluble colouring is ca...展開 Chlorophyll is extracted from plants — typically fescue and alfalfa — and then chemically modified (or stabilized), displacing the magnesium from the core of the molecule and substituting it with copper. The resulting stable, water soluble colouring is called sodium copper chlorophyllin. Copper chlorophyllin is permitted as a food colouring in the European Union; however, in the USA, its food use is limited to dry citrus beverages. 收起 | |
| Chokeberry/Aronia | D.D. Williamson | Chokeberry, also referred to as Aronia, is a deciduous shrub belonging to the rose family. It produces black, red, and blue colored berries with very high antioxidant properties. Black chokeberries (Aronia melanocarpa) are regarded for their dark color du...展開 Chokeberry, also referred to as Aronia, is a deciduous shrub belonging to the rose family. It produces black, red, and blue colored berries with very high antioxidant properties. Black chokeberries (Aronia melanocarpa) are regarded for their dark color due to one of the highest anthocyanin contents in plants. The juice, extracted from the fruit, provides red to purple hues in a variety of foods and beverages. Like other anthocyanin sources, the hue shifts from red to purple as pH increases and is most stable in acidic conditions. 收起 | |
| Cochineal | D.D. Williamson | Cochineal is a natural coloring that provides a characteristic pink, red or purple hue while demonstrating excellent heat and light stability. Hues vary depending on the preparation method of the cochineal extract. Using water or alcohol, manufacturers ex...展開 Cochineal is a natural coloring that provides a characteristic pink, red or purple hue while demonstrating excellent heat and light stability. Hues vary depending on the preparation method of the cochineal extract. Using water or alcohol, manufacturers extract carmine acid. Carminic acid is orange in low pH and violet in high pH. The color shift results from pH affecting the phenolic groups on the carminic acid molecule. 收起 | |
| Corn Flour | Rohan International | Corn Flour is obtained from naturally cultivated raw maize, grown using natural manure. It is a yellowish cream color, with excellent taste, and high nutritional value. Corn Flour is used in biscuits, pasta, papad, cookies, and pastries. | |
| Cran-Max™ Cranberry Concentrate | Ashland | Cran-Max™ is a concentrated whole fruit cranberry extract that helps support urinary tract health. It is made from 100% of the cranberry. Cran-Max™ contains no carriers, no solvents, no added sweeteners, and no falvorings or added colors. | |
| Curcumin (from Turmeric) | D.D. Williamson | Curcumin (from Turmeric) is a yellow root which imparts color and flavor to food and has been used as a color and/or spice for centuries. Turmeric is produced by grinding the rhizomes of the perennial herb, Curcuma longa. Various extraction methods exist,...展開 Curcumin (from Turmeric) is a yellow root which imparts color and flavor to food and has been used as a color and/or spice for centuries. Turmeric is produced by grinding the rhizomes of the perennial herb, Curcuma longa. Various extraction methods exist, yielding different yellow variations depending on the ratio of color compounds extracted. Curcumin pigments are naturally insoluble in water; however, food color manufacturers circumvent this water insolubility by using particle size reduction and emulsifiers, which allow turmeric to be used in both aqueous and lipid products. 收起 | |
| Dehydrated Beets | D.D. Williamson | Dehydrated Beets are in powdered form and contains all the sugars and plant material from the Red Beets. It is not soluble in water but is readily available and is a fairly inexpensive natural colorant. The colorings responsible for the red hues are a gro...展開 Dehydrated Beets are in powdered form and contains all the sugars and plant material from the Red Beets. It is not soluble in water but is readily available and is a fairly inexpensive natural colorant. The colorings responsible for the red hues are a group of molecules called betalains. This group of pigments contains the red and yellow pigments known as betacyanins and betaxanthins, respectively. Betalains have excellent light stability and excellent pH stability. Unlike anthocyanins, betalains do not change in hue in response to differences in the pH of foods and beverages. 收起 | |
| Elderberry | D.D. Williamson | Elderberries today are one of the most natural ways of obtaining food coloring's for food and beverages. The juice coloring from elderberries is extracted from the berry and then concentrated using an ultra-filtration process. These berry concentrates are...展開 Elderberries today are one of the most natural ways of obtaining food coloring's for food and beverages. The juice coloring from elderberries is extracted from the berry and then concentrated using an ultra-filtration process. These berry concentrates are a high performing 100% fruit juice based coloring with minimal taste and aroma impact. 收起 | |
| GalactoFructose Solactis® | Solvay Solactis | GalactoFructose Solactis® is a white to cream powder that is a sweet tasting, functional ingredient naturally originating from milk. This product is used in food products such as dairy, cereal and baby foods, and as a dietary supplement. GalactoFructose S...展開 GalactoFructose Solactis® is a white to cream powder that is a sweet tasting, functional ingredient naturally originating from milk. This product is used in food products such as dairy, cereal and baby foods, and as a dietary supplement. GalactoFructose Solactis® is beneficial to gut health, mineral balance and weight management. It offers an excellent resistance to heat treatment and acidity. 收起 | |
| GPM™ Nutrients | Ashland | GPM™ nutrients are made in a patented process from a nutrient-dense broth that is cultured, converted, and bio-transformed by yeast into an easily digested, highly active, natural food rich in the target nutrient. | |
| Grape Juice Concentrate | D.D. Williamson | Grape juice Concentrate, an anthocyanin, is an abundant and relatively inexpensive source for colouring food and beverage product applications. The color hue shifts from red at low pH to blue or purple at a higher pH. One key difference between grape juic...展開 Grape juice Concentrate, an anthocyanin, is an abundant and relatively inexpensive source for colouring food and beverage product applications. The color hue shifts from red at low pH to blue or purple at a higher pH. One key difference between grape juice and other anthocyanins is the presence of more acylated anthocyanins, such as peonidin and malvidan. The anthocyanins from grape juice concentrate are often blended with other anthocyanins in novel beverages to enhance the fruity appearance of the drinks. 收起 | |
| Grape Skin Extract | D.D. Williamson | Grape Skin Extract is a product that in most parts of the world is used as a by-product for wine or juice production. These grape skin extracts are a great and abundant source for inexpensive anthocyanins that are used in the coloring of food and beverage...展開 Grape Skin Extract is a product that in most parts of the world is used as a by-product for wine or juice production. These grape skin extracts are a great and abundant source for inexpensive anthocyanins that are used in the coloring of food and beverages. The skin of the grape is obtained through aqueous extraction of the grape after the juice has been expressed. As the pH levels shift the hue of the product shifts from red with low levels and blue with higher pH levels. It is often blended with other anthocyanins in novel beverages to enhance the fruity appearance of drinks. 收起 | |
| Hibiscus | D.D. Williamson | Hibiscus extract is a red food coloring that is obtained through the flower named Hibiscus Subdariffa. Manufacturers produce the hibiscus extract through an aqueous extraction of the flower's dried outer portions which is called Calyx. The dried flower of...展開 Hibiscus extract is a red food coloring that is obtained through the flower named Hibiscus Subdariffa. Manufacturers produce the hibiscus extract through an aqueous extraction of the flower's dried outer portions which is called Calyx. The dried flower often provides all natural flavors for tea and other beverages. Like other anthocyanin sources the hibiscus is mostly stable in acidic conditions and its hue shifts from red to purple as the pH levels increase. 收起 | |
| Klucel™ Hydroxypropylcellulose EF | Ashland | Klucel™ Hydroxypropylcellulose EF is a nonionic water-soluble cellulose ether with a versatile combination of properties, including a viscosity (25°C) of 200-600, and a concentration in water of 10% wt. It combines organic solvent solubility, thermoplasti...展開 Klucel™ Hydroxypropylcellulose EF is a nonionic water-soluble cellulose ether with a versatile combination of properties, including a viscosity (25°C) of 200-600, and a concentration in water of 10% wt. It combines organic solvent solubility, thermoplasticity, and surface activity with the thickening and stabilizing properties of other water-soluble cellulose polymers. This product is used in a variety of food applications, including whipped toppings, bakery cream fillings, edible nut and candy coatings and confectionery glazes. 收起 | |
| Klucel™ Hydroxypropylcellulose GF | Ashland | Klucel™ Hydroxypropylcellulose GF is a nonionic water-soluble cellulose ether with a versatile combination of properties, including a viscosity (25°C) of 150-400, and a concentration in water of 2% wt. It combines organic solvent solubility, thermoplastic...展開 Klucel™ Hydroxypropylcellulose GF is a nonionic water-soluble cellulose ether with a versatile combination of properties, including a viscosity (25°C) of 150-400, and a concentration in water of 2% wt. It combines organic solvent solubility, thermoplasticity, and surface activity with the thickening and stabilizing properties of other water-soluble cellulose polymers. This product is used in a variety of food applications, including whipped toppings, bakery cream fillings, edible nut and candy coatings and confectionery glazes. 收起 | |
| Klucel™ Hydroxypropylcellulose JF | Ashland | Klucel™ Hydroxypropylcellulose JF is a nonionic water-soluble cellulose ether with a versatile combination of properties, including a viscosity (25°C) of 150-400, and a concentration of 5% wt. It combines organic solvent solubility, thermoplasticity, and ...展開 Klucel™ Hydroxypropylcellulose JF is a nonionic water-soluble cellulose ether with a versatile combination of properties, including a viscosity (25°C) of 150-400, and a concentration of 5% wt. It combines organic solvent solubility, thermoplasticity, and surface activity with the thickening and stabilizing properties of other water-soluble cellulose polymers. This product is used in a variety of food applications, including whipped toppings, bakery cream fillings, edible nut and candy coatings and confectionery glazes. 收起 | |
| Klucel™ Hydroxypropylcellulose LF | Ashland | Klucel™ Hydroxypropylcellulose LF is a nonionic water-soluble cellulose ether with a versatile combination of properties, including a viscosity (25°C) of 75-150, and a concentration of 5% wt. It combines organic solvent solubility, thermoplasticity, and s...展開 Klucel™ Hydroxypropylcellulose LF is a nonionic water-soluble cellulose ether with a versatile combination of properties, including a viscosity (25°C) of 75-150, and a concentration of 5% wt. It combines organic solvent solubility, thermoplasticity, and surface activity with the thickening and stabilizing properties of other water-soluble cellulose polymers. This product is used in a variety of food applications, including whipped toppings, bakery cream fillings, edible nut and candy coatings and confectionery glazes. 收起 | |
| Klucel Nutra™ D | Ashland | Klucel Nutra™ D modified cellulose is the gold standard tablet binder in dry granulation/direct compression formulations for nutritional supplements. Klucel Nutra™ D can solve challenges from tablet chipping and breaking to time and cost contraints by en...展開 Klucel Nutra™ D modified cellulose is the gold standard tablet binder in dry granulation/direct compression formulations for nutritional supplements. Klucel Nutra™ D can solve challenges from tablet chipping and breaking to time and cost contraints by enabling more robust tablets and cost savings. 收起 |
