| 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 | |
| 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 | |
| PIB 10 | Braskem S.A. | PIB 10 is obtained by polymerization of an isobutene rich stream with specific catalysts. Product is composed predominantly of aliphatic mono-olefins. PIB 10 is a non-toxic polymer. | |
| PIB 122 | Braskem S.A. | PIB 122 is obtained by polymerization of an isobutene rich stream with specific catalysts. Product is composed predominantly of aliphatic mono-olefins. PIB 122 is a non-toxic polymer. | |
| PIB 128 | Braskem S.A. | PIB 128 is obtained by polymerization of an isobutene rich stream with specific catalysts. Product is composed predominantly of aliphatic mono-olefins. PIB 128 is a non-toxic polymer. | |
| PIB 16 | Braskem S.A. | PIB 16 is obtained by polymerization of an isobutene rich stream with specific catalysts. Product is composed predominantly of aliphatic mono-olefins. | |
| PIB 24 | Braskem S.A. | PIB 24 is obtained by polymerization of an isobutene rich stream with specific catalysts. Product is composed predominantly of aliphatic mono-olefins. PIB 24 is a non-toxic polymer. | |
| PIB 240 | Braskem S.A. | PIB 240 is obtained by polymerization of an isobutene rich stream with specific catalysts. Product is composed predominantly of aliphatic mono-olefins. PIB 240 is a non-toxic polymer. | |
| PIB 30 | Braskem S.A. | PIB 30 is obtained by polymerization of an isobutene rich stream with specific catalysts. Product is composed predominantly of aliphatic mono-olefins. PIB 30 is a non-toxic polymer. | |
| PIB 32 | Braskem S.A. | PIB 32 is obtained by polymerization of an isobutene rich stream with specific catalysts. Product is composed predominantly of aliphatic mono-olefins. PIB 32 is a non-toxic polymer. | |
| PIB 4 | Braskem S.A. | PIB 4 is obtained by polymerization of an isobutene rich stream with specific catalysts. Product is composed predominantly of aliphatic mono-olefins. PIB 4 is a non-toxic polymer. | |
| PIB 6 | Braskem S.A. | PIB 6 is obtained by polymerization of an isobutene rich stream with specific catalysts. Product is composed predominantly of aliphatic mono-olefins. PIB 6 is a non-toxic polymer. | |
| PIB 8 | Braskem S.A. | PIB 8 is obtained by polymerization of an isobutene rich stream with specific catalysts. Product is composed predominantly of aliphatic mono-olefins. PIB 8 is a non-toxic polymer. | |
| Tetrâmero | Braskem S.A. | Tetrâmero is used in the formulation of industrial detergents and additives for lubricating oils. |
