| Cake Mix 96™ | Loders Croklaan | Cake Mix 96™ is a fat/emulsifier system that is made from top-quality vegetable oils. It is suitable for the use in making single-stage cake mixes with a high tolerance for user processing variability. This system results in tender finished cakes with hig...view more Cake Mix 96™ is a fat/emulsifier system that is made from top-quality vegetable oils. It is suitable for the use in making single-stage cake mixes with a high tolerance for user processing variability. This system results in tender finished cakes with high volume, and it is processed to have excellent oxidative stability. It eliminates scaling errors and costly inventories of several functional items, and provides consistency from batch to batch. It is often used in cake shortening and baked goods. view less | |
| EC™ 25 | Loders Croklaan | EC™ 25 is a special emulsifier system designed for use in prepared cake mixes, cakes, cookies and shortenings. It maximizes moisture retention, improves air incorporation, provides fine, even grain, superb tenderness, and increased volume in finished cake...view more EC™ 25 is a special emulsifier system designed for use in prepared cake mixes, cakes, cookies and shortenings. It maximizes moisture retention, improves air incorporation, provides fine, even grain, superb tenderness, and increased volume in finished cakes. The EC 25 system permits ease of handling and provides the advantage of several emulsifiers in one functional ingredient. It also yields excellent results in soft cookies and low-fat cakes and muffins. view less | |
| Fuerst Day Lawson Solutions: Stabilisers & Emulsifiers | Fuerst Day Lawson | Fuerst Day Lawson Solutions: Stabilisers & Emulsifiers have a wide range of co-blended and blended stabilisers, and manufactures bespoke ‘functional ingredients’ to suit any manufacturer’s requirements. The role of the Emulsifier /Stabiliser is key in the...view more Fuerst Day Lawson Solutions: Stabilisers & Emulsifiers have a wide range of co-blended and blended stabilisers, and manufactures bespoke ‘functional ingredients’ to suit any manufacturer’s requirements. The role of the Emulsifier /Stabiliser is key in the manufacture of many products, especially ice cream and yoghurt. The texturant products are suitable for many food products including ice cream, sorbet, gelati, yoghurts, bakery & confectionery, chocolate products, and mayonnaise. view less | |
| GRINDSTED® PS 105 K-A | Dupont Nutrition & Health | GRINDSTED® PS 105 K-A is a Kosher certified blend of edible, refined, fully hydrogenated rapeseed, cottonseed and soybean oils. It provides a smooth, creamy texture, allows for a wide filling temperature range, prevents oil separation, and promotes a glos...view more GRINDSTED® PS 105 K-A is a Kosher certified blend of edible, refined, fully hydrogenated rapeseed, cottonseed and soybean oils. It provides a smooth, creamy texture, allows for a wide filling temperature range, prevents oil separation, and promotes a glossy surface. This product is ideally used in peanut butter. view less | |
| Perflex® | Loders Croklaan | Perflex® is a highly functional system composed of partially hydrogenated vegetable oil (soybean, cottonseed) propylene glycol mono-and diesters of fats and fatty acids, mono-and diglycerides, lecithin and BHT. Perflex® offers distinct functional advantag...view more Perflex® is a highly functional system composed of partially hydrogenated vegetable oil (soybean, cottonseed) propylene glycol mono-and diesters of fats and fatty acids, mono-and diglycerides, lecithin and BHT. Perflex® offers distinct functional advantages over all-purpose shortenings and operational advantages over single purpose shortenings. It finds applications in cakes, sweet dough, and non-standard yeast-raised baked goods. view less | |
| SansTrans™ Cakemix | Loders Croklaan | SansTrans™ Cakemix is a bakery shortening based on palm oil. It is non-hydrogenated and no trans fatty acids are produced during its manufacture. SansTrans shortenings are naturally saturated and the solid fat crystallizes readily in the ideal form, beta-...view more SansTrans™ Cakemix is a bakery shortening based on palm oil. It is non-hydrogenated and no trans fatty acids are produced during its manufacture. SansTrans shortenings are naturally saturated and the solid fat crystallizes readily in the ideal form, beta-prime. The SansTrans™ product line has multiple variations whose physical properties, such as color and melting point, vary slightly. view less | |
| SansTrans™ Soft Icing | Loders Croklaan | SansTrans™ Soft Icing is a shortening based on palm oil. It is non-hydrogenated and no trans fatty acids are produced during its manufacture. SansTrans™ Soft Icing Shortening allows the manufacturer to produce a no-trans systems with a lower level of satu...view more SansTrans™ Soft Icing is a shortening based on palm oil. It is non-hydrogenated and no trans fatty acids are produced during its manufacture. SansTrans™ Soft Icing Shortening allows the manufacturer to produce a no-trans systems with a lower level of saturates and excellent taste. It can be used for creamy and soft icing formulas. Its consistency provides for maximum oil binding properties and also excellent organoleptic performance. The SansTrans™ product line has multiple variations whose physical properties, such as color and melting point, vary slightly. view less | |
| Tabulose SC 200 | Blanver | Tabulose SC-200 has a viscosity in water at 1.2%: 35 - 135 cps. It is a product resulting from a co-processing of microcrystalline cellulose (MCC) and carboxymethylcellulose sodium (CMC). In this process, the CMC turns the MCC, which is insoluble, into an...view more Tabulose SC-200 has a viscosity in water at 1.2%: 35 - 135 cps. It is a product resulting from a co-processing of microcrystalline cellulose (MCC) and carboxymethylcellulose sodium (CMC). In this process, the CMC turns the MCC, which is insoluble, into an ingredient dispersible in water. When the finished co-processed product is subjected to suitable agitation, it forms an opaque white gel with thixotropic nature. Tabulose SC-200 has the ability to suspend particles through the formation of a three-dimensional network and not just by increasing the viscosity. It is also stable over a wide temperature range, and with a pH between 3.5 and 11.0.This food stabilizer is very heat resistant and makes for a good thickener in food applications such as ice cream, marshmallows, mayonnaise, salad dressings and powder shakes. view less | |
| Tabulose SC 580 | Blanver | Tabulose SC-580 has a viscosity in water at 1.2%: 72 – 168 cps. It is a product resulting from a co-processing of microcrystalline cellulose (MCC) and carboxymethylcellulose sodium (CMC). In this process, the CMC turns the MCC, which is insoluble, into an...view more Tabulose SC-580 has a viscosity in water at 1.2%: 72 – 168 cps. It is a product resulting from a co-processing of microcrystalline cellulose (MCC) and carboxymethylcellulose sodium (CMC). In this process, the CMC turns the MCC, which is insoluble, into an ingredient dispersible in water. When the finished co-processed product is subjected to suitable agitation, it forms an opaque white gel with thixotropic nature. Tabulose SC-580 has the ability to suspend particles through the formation of a three-dimensional network and not just by increasing the viscosity. It is also stable over a wide temperature range, and with a pH between 3.5 and 11.0. This food stabilizer is very heat resistant and makes for a good thickener in food applications such as ice cream, marshmallows, mayonnaise, salad dressings and powder shakes. view less | |
| Tabulose SC 591 F | Blanver | Tabulose SC-591-F has a viscosity in water at 1.2%: 75 – 175 cps. It is a product resulting from a co-processing of microcrystalline cellulose (MCC) and carboxymethylcellulose sodium (CMC). In this process, the CMC turns the MCC, which is insoluble, into ...view more Tabulose SC-591-F has a viscosity in water at 1.2%: 75 – 175 cps. It is a product resulting from a co-processing of microcrystalline cellulose (MCC) and carboxymethylcellulose sodium (CMC). In this process, the CMC turns the MCC, which is insoluble, into an ingredient dispersible in water. When the finished co-processed product is subjected to suitable agitation, it forms an opaque white gel with thixotropic nature. Tabulose SC-591-F has the ability to suspend particles through the formation of a three-dimensional network and not just by increasing the viscosity. It is also stable over a wide temperature range, and with a pH between 3.5 and 11.0. This food stabilizer is very heat resistant and makes for a good thickener in food applications such as ice cream, marshmallows, mayonnaise, salad dressings and powder shakes. view less | |
| Tabulose SC 611 | Blanver | Tabulose SC-611 has a viscosity in water at 2.6%: 85 – 200 cps. It is a product resulting from a co-processing of microcrystalline cellulose (MCC) and carboxymethylcellulose sodium (CMC). In this process, the CMC turns the MCC, which is insoluble, into an...view more Tabulose SC-611 has a viscosity in water at 2.6%: 85 – 200 cps. It is a product resulting from a co-processing of microcrystalline cellulose (MCC) and carboxymethylcellulose sodium (CMC). In this process, the CMC turns the MCC, which is insoluble, into an ingredient dispersible in water. When the finished co-processed product is subjected to suitable agitation, it forms an opaque white gel with thixotropic nature. Tabulose SC-611 has the ability to suspend particles through the formation of a three-dimensional network and not just by increasing the viscosity. It is also stable over a wide temperature range, and with a pH between 3.5 and 11.0.This food stabilizer is very heat resistant and makes for a good thickener in food applications such as ice cream, marshmallows, mayonnaise, salad dressings and powder shakes. view less |
