| 2-BUTYL-2-ETHYL-1,3-PROPANEDIOL (BEPG) | KH Neochem Americas, Inc. | Intermediate for Polyurethane, Polyester and powder coating resin. | |
| 2-ETHYL HEXANOIC ACID | KH Neochem Americas, Inc. | Intermediate for metal soap, plasticizer, detergent, alkyd resin, acid chloride and cosmetics. | |
| 2-ETHYL-1,3-HEXANEDIOL (OCTANEDIOL) | KH Neochem Americas, Inc. | A Chelating agent. | |
| 2,4-DIETHYL-1,5-PENTANEDIOL (PD-9) | KH Neochem Americas, Inc. | Intermediate for Polyurethane, Polyester etc. | |
| 3,5,5-TRIMETHYL HEXANOL (NONANOL) | KH Neochem Americas, Inc. | Intermediate for cosmetics, fragrance, detergent, lubricant and plasticizer. | |
| ADH (ADIPIC DIHYDRAZIDE) | KH Neochem Americas, Inc. | Crosslinking agent for self crosslinking emulsion resins using DAAM. | |
| Combat® 10 Sf | Saint-Gobain Advanced Ceramics Boron Nitride | Combat® 10 Sf is a ready-to-use, water-based, completely inorganic coating for easy application. 10% BN content provides a thinner consistency coating, making this a ready-to-use formulation with no additional dilution required. This product is recommende...view more Combat® 10 Sf is a ready-to-use, water-based, completely inorganic coating for easy application. 10% BN content provides a thinner consistency coating, making this a ready-to-use formulation with no additional dilution required. This product is recommended for light metal processing, secondary aluminum manufacturing, and glass manufacturing. view less | |
| Combat® A | Saint-Gobain Advanced Ceramics Boron Nitride | Combat® A is a ready-to-use, water based, completely inorganic coating for easy application. A high-viscosity paste with a unique aluminum phorphate binder has higher solids than other coatings and must be diluted. This product offers a very strong bond w...view more Combat® A is a ready-to-use, water based, completely inorganic coating for easy application. A high-viscosity paste with a unique aluminum phorphate binder has higher solids than other coatings and must be diluted. This product offers a very strong bond with many different refractories. view less | |
| Combat® Green 10 SfG | Saint-Gobain Advanced Ceramics Boron Nitride | Combat® Green 10 SfG is a green-tinted ready-to-use, water-based, completely inorganic coating for easy application. 10% BN content provides a thinner consistency coating, making this a ready-to-use formulation with no additional dilution required. This p...view more Combat® Green 10 SfG is a green-tinted ready-to-use, water-based, completely inorganic coating for easy application. 10% BN content provides a thinner consistency coating, making this a ready-to-use formulation with no additional dilution required. This product is recommended for light metal processing, secondary aluminum manufacturing, and glass manufacturing. view less | |
| Combat® Green SfG | Saint-Gobain Advanced Ceramics Boron Nitride | Combat® Green SfG is a green-tinted ready-to-use, water-based, completely inorganic coating for easy application. A general-purpose thick concentrate coating comprised of 23% BN usually requires dilution with water to the desired consistency. It can also ...view more Combat® Green SfG is a green-tinted ready-to-use, water-based, completely inorganic coating for easy application. A general-purpose thick concentrate coating comprised of 23% BN usually requires dilution with water to the desired consistency. It can also be used as is depending upon the application. view less | |
| Combat® Industrial Boron Nitride Powder MCFP | Saint-Gobain Advanced Ceramics Boron Nitride | Combat® Industrial Boron Nitride Powder MCFP is a pure, white, ceramic material with a hexagonal crystal structure similar to graphite. Commonly known as "white graphite," hexagonal BN (hBN) is a man-made ceramic produced by reacting boric acid or boron o...view more Combat® Industrial Boron Nitride Powder MCFP is a pure, white, ceramic material with a hexagonal crystal structure similar to graphite. Commonly known as "white graphite," hexagonal BN (hBN) is a man-made ceramic produced by reacting boric acid or boron oxide and nitrogen at temperatures above 1600°C. The resulting product is a slippery white powder that has excellent high temperature stability (oxidation resistant up to 850°C) and lubricating properties. This product has a mean particle size of 12 μm. view less | |
| Combat® Industrial Boron Nitride Powder PCPS3012 | Saint-Gobain Advanced Ceramics Boron Nitride | Combat® Industrial Boron Nitride Powder PCPS3012 is a pure, white, ceramic material with a hexagonal crystal structure similar to graphite. Commonly known as "white graphite," hexagonal BN (hBN) is a man-made ceramic produced by reacting boric acid or bor...view more Combat® Industrial Boron Nitride Powder PCPS3012 is a pure, white, ceramic material with a hexagonal crystal structure similar to graphite. Commonly known as "white graphite," hexagonal BN (hBN) is a man-made ceramic produced by reacting boric acid or boron oxide and nitrogen at temperatures above 1600°C. The resulting product is a slippery white powder that has excellent high temperature stability (oxidation resistant up to 850°C) and lubricating properties. This product has a mean particle size of 12 μm. view less | |
| Combat® Industrial Boron Nitride Powder PCPS3016 | Saint-Gobain Advanced Ceramics Boron Nitride | Combat® Industrial Boron Nitride Powder PCPS3016 is a pure, white, ceramic material with a hexagonal crystal structure similar to graphite. Commonly known as "white graphite," hexagonal BN (hBN) is a man-made ceramic produced by reacting boric acid or bor...view more Combat® Industrial Boron Nitride Powder PCPS3016 is a pure, white, ceramic material with a hexagonal crystal structure similar to graphite. Commonly known as "white graphite," hexagonal BN (hBN) is a man-made ceramic produced by reacting boric acid or boron oxide and nitrogen at temperatures above 1600°C. The resulting product is a slippery white powder that has excellent high temperature stability (oxidation resistant up to 850°C) and lubricating properties. This product has a mean particle size of 16 μm. view less | |
| Combat® Industrial Boron Nitride Powder PCPS302 | Saint-Gobain Advanced Ceramics Boron Nitride | Combat® Industrial Boron Nitride Powder PCPS302 is a pure, white, ceramic material with a hexagonal crystal structure similar to graphite. Commonly known as "white graphite," hexagonal BN (hBN) is a man-made ceramic produced by reacting boric acid or boro...view more Combat® Industrial Boron Nitride Powder PCPS302 is a pure, white, ceramic material with a hexagonal crystal structure similar to graphite. Commonly known as "white graphite," hexagonal BN (hBN) is a man-made ceramic produced by reacting boric acid or boron oxide and nitrogen at temperatures above 1600°C. The resulting product is a slippery white powder that has excellent high temperature stability (oxidation resistant up to 850°C) and lubricating properties. This product has a mean particle size of 2 μm. view less | |
| Combat® Industrial Boron Nitride Powder PCPS308 | Saint-Gobain Advanced Ceramics Boron Nitride | Combat® Industrial Boron Nitride Powder PCPS308 is a pure, white, ceramic material with a hexagonal crystal structure similar to graphite. Commonly known as "white graphite," hexagonal BN (hBN) is a man-made ceramic produced by reacting boric acid or boro...view more Combat® Industrial Boron Nitride Powder PCPS308 is a pure, white, ceramic material with a hexagonal crystal structure similar to graphite. Commonly known as "white graphite," hexagonal BN (hBN) is a man-made ceramic produced by reacting boric acid or boron oxide and nitrogen at temperatures above 1600°C. The resulting product is a slippery white powder that has excellent high temperature stability (oxidation resistant up to 850°C) and lubricating properties. This product has a mean particle size of 8 μm. view less | |
| Combat® Industrial Boron Nitride Powder PCPS330 | Saint-Gobain Advanced Ceramics Boron Nitride | Combat® Industrial Boron Nitride Powder PCPS330 is a pure, white, ceramic material with a hexagonal crystal structure similar to graphite. Commonly known as "white graphite," hexagonal BN (hBN) is a man-made ceramic produced by reacting boric acid or boro...view more Combat® Industrial Boron Nitride Powder PCPS330 is a pure, white, ceramic material with a hexagonal crystal structure similar to graphite. Commonly known as "white graphite," hexagonal BN (hBN) is a man-made ceramic produced by reacting boric acid or boron oxide and nitrogen at temperatures above 1600°C. The resulting product is a slippery white powder that has excellent high temperature stability (oxidation resistant up to 850°C) and lubricating properties. This product has a mean particle size of 30 μm. view less | |
| Combat® Industrial Boron Nitride Powder PHPP325 | Saint-Gobain Advanced Ceramics Boron Nitride | Combat® Industrial Boron Nitride Powder PHPP325 is a pure, white, ceramic material with a hexagonal crystal structure similar to graphite. Commonly known as "white graphite," hexagonal BN (hBN) is a man-made ceramic produced by reacting boric acid or boro...view more Combat® Industrial Boron Nitride Powder PHPP325 is a pure, white, ceramic material with a hexagonal crystal structure similar to graphite. Commonly known as "white graphite," hexagonal BN (hBN) is a man-made ceramic produced by reacting boric acid or boron oxide and nitrogen at temperatures above 1600°C. The resulting product is a slippery white powder that has excellent high temperature stability (oxidation resistant up to 850°C) and lubricating properties. This product has a mean particle size of 2 μm. view less | |
| Combat® Industrial Boron Nitride Powder PHPP325B | Saint-Gobain Advanced Ceramics Boron Nitride | Combat® Industrial Boron Nitride Powder PHPP325B is a pure, white, ceramic material with a hexagonal crystal structure similar to graphite. Commonly known as "white graphite," hexagonal BN (hBN) is a man-made ceramic produced by reacting boric acid or bor...view more Combat® Industrial Boron Nitride Powder PHPP325B is a pure, white, ceramic material with a hexagonal crystal structure similar to graphite. Commonly known as "white graphite," hexagonal BN (hBN) is a man-made ceramic produced by reacting boric acid or boron oxide and nitrogen at temperatures above 1600°C. The resulting product is a slippery white powder that has excellent high temperature stability (oxidation resistant up to 850°C) and lubricating properties. This product has a mean particle size of 4 μm. view less | |
| Combat® Industrial Boron Nitride Powder PSHP325 | Saint-Gobain Advanced Ceramics Boron Nitride | Combat® Industrial Boron Nitride Powder PSHP325 is a pure, white, ceramic material with a hexagonal crystal structure similar to graphite. Commonly known as "white graphite," hexagonal BN (hBN) is a man-made ceramic produced by reacting boric acid or boro...view more Combat® Industrial Boron Nitride Powder PSHP325 is a pure, white, ceramic material with a hexagonal crystal structure similar to graphite. Commonly known as "white graphite," hexagonal BN (hBN) is a man-made ceramic produced by reacting boric acid or boron oxide and nitrogen at temperatures above 1600°C. The resulting product is a slippery white powder that has excellent high temperature stability (oxidation resistant up to 850°C) and lubricating properties. This product has a mean particle size of 12 μm. view less | |
| Combat® Industrial Boron Nitride Powder PSHP605 | Saint-Gobain Advanced Ceramics Boron Nitride | Combat® Industrial Boron Nitride Powder PSHP605 is a pure, white, ceramic material with a hexagonal crystal structure similar to graphite. Commonly known as "white graphite," hexagonal BN (hBN) is a man-made ceramic produced by reacting boric acid or boro...view more Combat® Industrial Boron Nitride Powder PSHP605 is a pure, white, ceramic material with a hexagonal crystal structure similar to graphite. Commonly known as "white graphite," hexagonal BN (hBN) is a man-made ceramic produced by reacting boric acid or boron oxide and nitrogen at temperatures above 1600°C. The resulting product is a slippery white powder that has excellent high temperature stability (oxidation resistant up to 850°C) and lubricating properties. This product has a mean particle size of 6 μm. view less | |
| Combat® Sf | Saint-Gobain Advanced Ceramics Boron Nitride | Combat® Sf is a ready-to-use, water-based, completely inorganic coating for easy application. A general-purpose thick concentrate coating comprised of 23% BN usually requires dilution with water to the desired consistency. It can also be used as is depend...view more Combat® Sf is a ready-to-use, water-based, completely inorganic coating for easy application. A general-purpose thick concentrate coating comprised of 23% BN usually requires dilution with water to the desired consistency. It can also be used as is depending upon the application. view less | |
| Combat® V | Saint-Gobain Advanced Ceramics Boron Nitride | Combat® V is a ready-to-use, water based, completely inorganic coating for easy application. A thick composition that dries to a harder surface used in applications where a strong binder is needed such as coating moving parts in molten metal. It is excell...view more Combat® V is a ready-to-use, water based, completely inorganic coating for easy application. A thick composition that dries to a harder surface used in applications where a strong binder is needed such as coating moving parts in molten metal. It is excellent for coating graphite. view less | |
| DIACETONE ACRYLAMIDE (DAAM) | KH Neochem Americas, Inc. | Monomer for self-crosslinking emulsion resin for coatings, adhesive and textiles. | |
| IDEALUBE® IDL 100 | Saint-Gobain Advanced Ceramics Boron Nitride | IDEALUBE® IDL 100 is a hexagonal boron nitride powder with a lamellar structure similar to graphite. It is electrically insulating, unmatched in thermal conductivity, has a low coefficient of friction and it is naturally white. It is used in electronics, ...view more IDEALUBE® IDL 100 is a hexagonal boron nitride powder with a lamellar structure similar to graphite. It is electrically insulating, unmatched in thermal conductivity, has a low coefficient of friction and it is naturally white. It is used in electronics, automotive and industrial markets. This product has a mean particle size of 4 μm. view less | |
| IDEALUBE® IDL 200 | Saint-Gobain Advanced Ceramics Boron Nitride | IDEALUBE® IDL 200 is a hexagonal boron nitride powder with a lamellar structure similar to graphite. It is electrically insulating, unmatched in thermal conductivity, has a low coefficient of friction and it is naturally white. It is used in electronics, ...view more IDEALUBE® IDL 200 is a hexagonal boron nitride powder with a lamellar structure similar to graphite. It is electrically insulating, unmatched in thermal conductivity, has a low coefficient of friction and it is naturally white. It is used in electronics, automotive and industrial markets. This product has a mean particle size of 12 μm. view less | |
| IDEALUBE® IDL 300 | Saint-Gobain Advanced Ceramics Boron Nitride | IDEALUBE® IDL 300 is a hexagonal boron nitride powder with a lamellar structure similar to graphite. It is electrically insulating, unmatched in thermal conductivity, has a low coefficient of friction and it is naturally white. It is used in electronics, ...view more IDEALUBE® IDL 300 is a hexagonal boron nitride powder with a lamellar structure similar to graphite. It is electrically insulating, unmatched in thermal conductivity, has a low coefficient of friction and it is naturally white. It is used in electronics, automotive and industrial markets. This product has a mean particle size of 6 μm. view less | |
| IDEALUBE® IDL 400 | Saint-Gobain Advanced Ceramics Boron Nitride | IDEALUBE® IDL 400 is a hexagonal boron nitride powder with a lamellar structure similar to graphite. It is electrically insulating, unmatched in thermal conductivity, has a low coefficient of friction and it is naturally white. It is used in electronics, ...view more IDEALUBE® IDL 400 is a hexagonal boron nitride powder with a lamellar structure similar to graphite. It is electrically insulating, unmatched in thermal conductivity, has a low coefficient of friction and it is naturally white. It is used in electronics, automotive and industrial markets. This product has a mean particle size of 3 μm. view less | |
| IDEALUBE® IDL 600 | Saint-Gobain Advanced Ceramics Boron Nitride | IDEALUBE® IDL 600 is a hexagonal boron nitride powder with a lamellar structure similar to graphite. It is electrically insulating, unmatched in thermal conductivity, has a low coefficient of friction and it is naturally white. It is used in electronics, ...view more IDEALUBE® IDL 600 is a hexagonal boron nitride powder with a lamellar structure similar to graphite. It is electrically insulating, unmatched in thermal conductivity, has a low coefficient of friction and it is naturally white. It is used in electronics, automotive and industrial markets. This product has a mean particle size of 2 μm. view less | |
| IDEALUBE® IDL 700 | Saint-Gobain Advanced Ceramics Boron Nitride | IDEALUBE® IDL 700 is a hexagonal boron nitride powder with a lamellar structure similar to graphite. It is electrically insulating, unmatched in thermal conductivity, has a low coefficient of friction and it is naturally white. It is used in electronics, ...view more IDEALUBE® IDL 700 is a hexagonal boron nitride powder with a lamellar structure similar to graphite. It is electrically insulating, unmatched in thermal conductivity, has a low coefficient of friction and it is naturally white. It is used in electronics, automotive and industrial markets. This product has a mean particle size of 8 μm. view less | |
| IDEALUBE® IDL 800 | Saint-Gobain Advanced Ceramics Boron Nitride | IDEALUBE® IDL 800 is a hexagonal boron nitride powder with a lamellar structure similar to graphite. It is electrically insulating, unmatched in thermal conductivity, has a low coefficient of friction and it is naturally white. It is used in electronics, ...view more IDEALUBE® IDL 800 is a hexagonal boron nitride powder with a lamellar structure similar to graphite. It is electrically insulating, unmatched in thermal conductivity, has a low coefficient of friction and it is naturally white. It is used in electronics, automotive and industrial markets. This product has a mean particle size of 12 μm. view less | |
| IDEALUBE® IDL 900 | Saint-Gobain Advanced Ceramics Boron Nitride | IDEALUBE® IDL 900 is a hexagonal boron nitride powder with a lamellar structure similar to graphite. It is electrically insulating, unmatched in thermal conductivity, has a low coefficient of friction and it is naturally white. It is used in electronics, ...view more IDEALUBE® IDL 900 is a hexagonal boron nitride powder with a lamellar structure similar to graphite. It is electrically insulating, unmatched in thermal conductivity, has a low coefficient of friction and it is naturally white. It is used in electronics, automotive and industrial markets. This product has a mean particle size of 30 μm. view less | |
| ISONONANOIC ACID (KYOWANOIC - N) | KH Neochem Americas, Inc. | Intermediate for metal soap, plasticizer, detergent, alkyd resin, acid chloride and cosmetics. | |
| TRIDECANOL (TRIDECYL ALCOHOL) | KH Neochem Americas, Inc. | Intermediate for plasticizer, detergent and polymer additive. | |
| Cenomic™ 1 | Bühler AG | Cenomic™ 1 is a horizontal full volume agitated bead mill - ideal for pass operation, in many cases highly suitable for economic recirculation mode. Conveying EcoMizer™-discs guarantee highest energy efficiency. Bead separation is accomplished by Bühler S...view more Cenomic™ 1 is a horizontal full volume agitated bead mill - ideal for pass operation, in many cases highly suitable for economic recirculation mode. Conveying EcoMizer™-discs guarantee highest energy efficiency. Bead separation is accomplished by Bühler SCS™ (Superior Centrifugal Separation), consisting of a highly effective deflector with integrated EcoMizer™-function. Protected from wear a discharge screen is located within the deflector. Cenomic™ is highly recommended for products like protective coatings, paints, gravure inks and many more. view less |  |
| Cenomic™ 15 | Bühler AG | Cenomic™ 15 is a horizontal full volume agitated bead mill - ideal for pass operation, in many cases highly suitable for economic recirculation mode. Conveying EcoMizer™-discs guarantee highest energy efficiency. Bead separation is accomplished by Bühler ...view more Cenomic™ 15 is a horizontal full volume agitated bead mill - ideal for pass operation, in many cases highly suitable for economic recirculation mode. Conveying EcoMizer™-discs guarantee highest energy efficiency. Bead separation is accomplished by Bühler SCS™ (Superior Centrifugal Separation), consisting of a highly effective deflector with integrated EcoMizer™-function. Protected from wear a discharge screen is located within the deflector. Cenomic™ is highly recommended for products like protective coatings, paints, gravure inks and many more. view less |  |
| Cenomic™ 3 | Bühler AG | Cenomic™ 3 is a horizontal full volume agitated bead mill - ideal for pass operation, in many cases highly suitable for economic recirculation mode. Conveying EcoMizer™-discs guarantee highest energy efficiency. Bead separation is accomplished by Bühler S...view more Cenomic™ 3 is a horizontal full volume agitated bead mill - ideal for pass operation, in many cases highly suitable for economic recirculation mode. Conveying EcoMizer™-discs guarantee highest energy efficiency. Bead separation is accomplished by Bühler SCS™ (Superior Centrifugal Separation), consisting of a highly effective deflector with integrated EcoMizer™-function. Protected from wear a discharge screen is located within the deflector. Cenomic™ is highly recommended for products like protective coatings, paints, gravure inks and many more. view less |  |
| Cenomic™ 6 | Bühler AG | Cenomic™ 6 is a horizontal full volume agitated bead mill - ideal for pass operation, in many cases highly suitable for economic recirculation mode. Conveying EcoMizer™-discs guarantee highest energy efficiency. Bead separation is accomplished by Bühler S...view more Cenomic™ 6 is a horizontal full volume agitated bead mill - ideal for pass operation, in many cases highly suitable for economic recirculation mode. Conveying EcoMizer™-discs guarantee highest energy efficiency. Bead separation is accomplished by Bühler SCS™ (Superior Centrifugal Separation), consisting of a highly effective deflector with integrated EcoMizer™-function. Protected from wear a discharge screen is located within the deflector. Cenomic™ is highly recommended for products like protective coatings, paints, gravure inks and many more. view less |  |
| MacroMedia™ | Bühler AG | MacroMedia™ is unique to the market because of its combination of a high-performance pump and small-volume grinding unit. Thanks to improved process control in the pre-grinding stage, fluctuating raw-material qualities can be balanced out and uniform prop...view more MacroMedia™ is unique to the market because of its combination of a high-performance pump and small-volume grinding unit. Thanks to improved process control in the pre-grinding stage, fluctuating raw-material qualities can be balanced out and uniform properties achieved for the pre-ground intermediate products. This produces optimum results in fine grinding and consequently increases the quality of the end product. At the same time, the system reduces production costs due to an improved material yield and optimized energy efficiency compared with other pre-grinding solutions. view less |  |
| MicroMedia™ L | Bühler AG | MicroMedia™ L is a small volume annular agitated bead mill with variable power density from 0.1 to 4 kW/l. Designed for reliable use of micro-beads. The beads are concentrated in eddied outer ring layer through which the product flows axially. The MicroMe...view more MicroMedia™ L is a small volume annular agitated bead mill with variable power density from 0.1 to 4 kW/l. Designed for reliable use of micro-beads. The beads are concentrated in eddied outer ring layer through which the product flows axially. The MicroMedia™ excels by an intense cooling at the outer stator and in the annular discharge duct between inner rotor and inner stator. The upstream multiple separation steps prevent beads from loading the micro protection screen located within the rotor head. view less |  |
| MicroMedia™ L-C | Bühler AG | MicroMedia™ L-C is a small volume annular agitated bead mill with variable power density from 0.1 to 4 kW/l. Designed for reliable use of micro-beads. The beads are concentrated in eddied outer ring layer through which the product flows axially. The Micro...view more MicroMedia™ L-C is a small volume annular agitated bead mill with variable power density from 0.1 to 4 kW/l. Designed for reliable use of micro-beads. The beads are concentrated in eddied outer ring layer through which the product flows axially. The MicroMedia™ excels by an intense cooling at the outer stator and in the annular discharge duct between inner rotor and inner stator. The upstream multiple separation steps prevent beads from loading the micro protection screen located within the rotor head. view less |  |
| MicroMedia™ P1-C | Bühler AG | MicroMedia™ P1-C is a small volume annular agitated bead mill with variable power density from 0.1 to 4 kW/l. Designed for reliable use of micro-beads. The beads are concentrated in eddied outer ring layer through which the product flows axially. The Micr...view more MicroMedia™ P1-C is a small volume annular agitated bead mill with variable power density from 0.1 to 4 kW/l. Designed for reliable use of micro-beads. The beads are concentrated in eddied outer ring layer through which the product flows axially. The MicroMedia™ excels by an intense cooling at the outer stator and in the annular discharge duct between inner rotor and inner stator. The upstream multiple separation steps prevent beads from loading the micro protection screen located within the rotor head. view less |  |
| MicroMedia™ P2-C | Bühler AG | MicroMedia™ P2-C is a small volume annular agitated bead mill with variable power density from 0.1 to 4 kW/l. Designed for reliable use of micro-beads. The beads are concentrated in eddied outer ring layer through which the product flows axially. The Micr...view more MicroMedia™ P2-C is a small volume annular agitated bead mill with variable power density from 0.1 to 4 kW/l. Designed for reliable use of micro-beads. The beads are concentrated in eddied outer ring layer through which the product flows axially. The MicroMedia™ excels by an intense cooling at the outer stator and in the annular discharge duct between inner rotor and inner stator. The upstream multiple separation steps prevent beads from loading the micro protection screen located within the rotor head. view less |  |
| MicroMedia™ X1 | Bühler AG | MicroMedia™ X1 is a small volume annular agitated bead mill with variable power density from 0.1 to 4 kW/l. Designed for reliable use of micro-beads. The beads are concentrated in eddied outer ring layer through which the product flows axially. The MicroM...view more MicroMedia™ X1 is a small volume annular agitated bead mill with variable power density from 0.1 to 4 kW/l. Designed for reliable use of micro-beads. The beads are concentrated in eddied outer ring layer through which the product flows axially. The MicroMedia™ excels by an intense cooling at the outer stator and in the annular discharge duct between inner rotor and inner stator. The upstream multiple separation steps prevent beads from loading the micro protection screen located within the rotor head. view less |  |
| MicroMedia™ X2 | Bühler AG | MicroMedia™ X2 is a small volume annular agitated bead mill with variable power density from 0.1 to 4 kW/l. Designed for reliable use of micro-beads. The beads are concentrated in eddied outer ring layer through which the product flows axially. The MicroM...view more MicroMedia™ X2 is a small volume annular agitated bead mill with variable power density from 0.1 to 4 kW/l. Designed for reliable use of micro-beads. The beads are concentrated in eddied outer ring layer through which the product flows axially. The MicroMedia™ excels by an intense cooling at the outer stator and in the annular discharge duct between inner rotor and inner stator. The upstream multiple separation steps prevent beads from loading the micro protection screen located within the rotor head. view less |  |
| MicroMedia™ X3 | Bühler AG | MicroMedia™ X3 is a small volume annular agitated bead mill with variable power density from 0.1 to 4 kW/l. Designed for reliable use of micro-beads. The beads are concentrated in eddied outer ring layer through which the product flows axially. The MicroM...view more MicroMedia™ X3 is a small volume annular agitated bead mill with variable power density from 0.1 to 4 kW/l. Designed for reliable use of micro-beads. The beads are concentrated in eddied outer ring layer through which the product flows axially. The MicroMedia™ excels by an intense cooling at the outer stator and in the annular discharge duct between inner rotor and inner stator. The upstream multiple separation steps prevent beads from loading the micro protection screen located within the rotor head. view less |  |
| MicroMedia™ X4 | Bühler AG | MicroMedia™ X4 is a small volume annular agitated bead mill with variable power density from 0.1 to 4 kW/l. Designed for reliable use of micro-beads. The beads are concentrated in eddied outer ring layer through which the product flows axially. The MicroM...view more MicroMedia™ X4 is a small volume annular agitated bead mill with variable power density from 0.1 to 4 kW/l. Designed for reliable use of micro-beads. The beads are concentrated in eddied outer ring layer through which the product flows axially. The MicroMedia™ excels by an intense cooling at the outer stator and in the annular discharge duct between inner rotor and inner stator. The upstream multiple separation steps prevent beads from loading the micro protection screen located within the rotor head. view less |  |
| PML 2 | Bühler AG | The PML 2 is the optimal solution for the development of innovative wet grinding processes. The core piece is a robust and powerful drive and control unit which can be combined with different process units tailored to specific applications. If for true gr...view more The PML 2 is the optimal solution for the development of innovative wet grinding processes. The core piece is a robust and powerful drive and control unit which can be combined with different process units tailored to specific applications. If for true grinding applications, metal-free dispersion of electronic materials or nano applications – the PML 2 is the right solution. view less |  |
| Trias™ 300 | Bühler AG | Reliability, high raw material yield and gentle dispersion of contamination- and temperature-sensitive products are key properties of Bühler three-roll mills. Different roll materials and concepts permit clean room production according to international st...view more Reliability, high raw material yield and gentle dispersion of contamination- and temperature-sensitive products are key properties of Bühler three-roll mills. Different roll materials and concepts permit clean room production according to international standards. The camberless VIVA™ roll technology guarantees even product quality independent of the roll pressure. view less |  |
| Trias™ 600 | Bühler AG | Reliability, high raw material yield and gentle dispersion of contamination- and temperature-sensitive products are key properties of Bühler three-roll mills. Different roll materials and concepts permit clean room production according to international st...view more Reliability, high raw material yield and gentle dispersion of contamination- and temperature-sensitive products are key properties of Bühler three-roll mills. Different roll materials and concepts permit clean room production according to international standards. The camberless VIVA™ roll technology guarantees even product quality independent of the roll pressure. view less |  |
| Trias™ 800 | Bühler AG | Reliability, high raw material yield and gentle dispersion of contamination- and temperature-sensitive products are key properties of Bühler three-roll mills. Different roll materials and concepts permit clean room production according to international st...view more Reliability, high raw material yield and gentle dispersion of contamination- and temperature-sensitive products are key properties of Bühler three-roll mills. Different roll materials and concepts permit clean room production according to international standards. The camberless VIVA™ roll technology guarantees even product quality independent of the roll pressure. view less |  |
| Trinomic™ 1300 | Bühler AG | Trinomic™ is a fully hydraulic three-roll mill that can be used for many different applications. It is especially designed for products from high to very high viscosity, e.g. materials for electronics, all kinds of printing inks, industrial and decorative...view more Trinomic™ is a fully hydraulic three-roll mill that can be used for many different applications. It is especially designed for products from high to very high viscosity, e.g. materials for electronics, all kinds of printing inks, industrial and decorative paints, toners, coatings and lubricants, but also for materials for the cosmetics industries. The three-roll mill is designed for meeting high quality demands and at the same time enables convenient, easy operation and quick cleaning view less |  |
| Trinomic™ 600 | Bühler AG | Trinomic™ is a fully hydraulic three-roll mill that can be used for many different applications. It is especially designed for products from high to very high viscosity, e.g. materials for electronics, all kinds of printing inks, industrial and decorative...view more Trinomic™ is a fully hydraulic three-roll mill that can be used for many different applications. It is especially designed for products from high to very high viscosity, e.g. materials for electronics, all kinds of printing inks, industrial and decorative paints, toners, coatings and lubricants, but also for materials for the cosmetics industries. The three-roll mill is designed for meeting high quality demands and at the same time enables convenient, easy operation and quick cleaning view less |  |
