| DABCO® 1027 | Evonik Operations GmbH, BL Comfort & Insulation | DABCO® 1027 is a non-acid-blocked delayed action catalyst that is useful in microcellular applications requiring stronger back-end cure. It is a controlled activity catalyst for MEG extended polyester and polyether systems. | |
| DABCO® 1028 | Evonik Operations GmbH, BL Comfort & Insulation | DABCO® 1028 is a non-acid-blocked delayed action catalyst that is useful in microcellular applications requiring stronger back-end cure. It is a controlled-activity catalyst for 1,4-butanediol extended polyester and polyether systems. | |
| DABCO® 25 S | Evonik Operations GmbH, BL Comfort & Insulation | DABCO® 25 S is 25% TEDA dissolved in 1,4-butanediol. Used in the synthesis of prepolymers and curing of polyurethanes. | |
| DABCO® 33 LV | Evonik Operations GmbH, BL Comfort & Insulation | DABCO® 33 LV is a 33% TEDA dissolved in dipropylene glycol. Used in the synthesis of prepolymers and curing of polyurethanes. | |
| DABCO® 33 S | Evonik Operations GmbH, BL Comfort & Insulation | DABCO® 33 S is 33% TEDA dissolved in 1,4-butanediol. Used in the synthesis of prepolymers and curing of polyurethanes. | |
| DABCO® 8154 | Evonik Operations GmbH, BL Comfort & Insulation | DABCO® 8154 is an acid-blocked delayed action catalyst that is useful in extending pot life. | |
| DABCO® DC 1 | Evonik Operations GmbH, BL Comfort & Insulation | DABCO® DC 1 is a geling catalyst that gives a back-end cure similar to a tin catalyst and a similar working time as an amine catalyst. It can be used alone, or at low levels with existing amine catalysts to improve back-end cure. | |
| DABCO® DC 2 | Evonik Operations GmbH, BL Comfort & Insulation | DABCO® DC 2 is a geling catalyst that gives a back-end cure similar to a tin catalyst and a similar working time as an amine catalyst. It can be used alone, or at low levels with existing amine catalysts to improve back-end cure. DABCO® DC 2 is more reac...view more DABCO® DC 2 is a geling catalyst that gives a back-end cure similar to a tin catalyst and a similar working time as an amine catalyst. It can be used alone, or at low levels with existing amine catalysts to improve back-end cure. DABCO® DC 2 is more reactive than DABCO® DC 1. view less | |
| DABCO® DMDEE | Evonik Operations GmbH, BL Comfort & Insulation | DABCO® DMDEE is an amine catalyst that is isocyanate stable. It is used in one component moisture cured applications in CASE. | |
| DABCO® EG | Evonik Operations GmbH, BL Comfort & Insulation | DABCO® EG is 33% TEDA dissolved in ethylene glycol. Used in the synthesis of prepolymers and curing of polyurethanes. | |
| DABCO® LK 221 | Evonik Operations GmbH, BL Comfort & Insulation | DABCO® LK 221 is an organic surfactant that serves as a good emulsifier, epsecially for 1,4-BDO in polyol blends, and improves adhesion. | |
| DABCO® MB 20 | Evonik Operations GmbH, BL Comfort & Insulation | DABCO® MB 20 is a bismuth-based gel catalyst developed for a wide range of urethane formulations. It does not contain 2-EHA, DBT or TBT. | |
| DABCO® NE 1070 | Evonik Operations GmbH, BL Comfort & Insulation | DABCO® NE 1070 is a low emission gel catalyst suitable for replacement of traditional TEDA catalysts like DABCO® 33 LV or DABCO® EG. | |
| DABCO® NE 1091 | Evonik Operations GmbH, BL Comfort & Insulation | DABCO® NE 1091 is a highly efficient low emissive gel catalyst suitable for replacement of traditional TEDA catalysts like DABCO® 33 LV or DABCO® EG. It can be used to improve humid aging properties. | |
| DABCO® NE 300 | Evonik Operations GmbH, BL Comfort & Insulation | DABCO® NE 300 is a highly efficient low emissive blow catalyst suitable for replacement of BDMAEE catalysts. | |
| DABCO® T 12 | Evonik Operations GmbH, BL Comfort & Insulation | DABCO® T 12 is a dibutyltin dilaurate. Strong gel catalyst. Moderate hydrolytic stability. | |
| DABCO® T 120 | Evonik Operations GmbH, BL Comfort & Insulation | DABCO® T 120 is a strong gel catalyst with good hydrolytic stability. | |
| DABCO® T 131 | Evonik Operations GmbH, BL Comfort & Insulation | DABCO® T 131 is a strong gel catalyst with good hydrolytic stability which provides a more delayed action than DBTDL. | |
| KOSMOS® T 100 | Evonik Operations GmbH, BL Comfort & Insulation | KOSMOS® T 100 is the strongest gel catalyst particularly suitable for fast curing applications such as spray coatings and RIM. | |
| nolax A21.2007 | nolax AG (Vanora) | nolax A21.2007 is a sheet of slightly opaque colored thermoplastic hotmelt adhesive film based on modified polyolefines and can be processed with all established lamination, calendaring, and bonding techniques except for high frequency welding. A21.2007 h...view more nolax A21.2007 is a sheet of slightly opaque colored thermoplastic hotmelt adhesive film based on modified polyolefines and can be processed with all established lamination, calendaring, and bonding techniques except for high frequency welding. A21.2007 has a melting point of 80 to 90°C, relative density of 0.94 g/cm³, is insoluble in water, is dry cleaning resistant, and not readily biodegradable. view less | |
| nolax A21.2007-S | nolax AG (Vanora) | nolax A21.2007-S is a sheet of slightly opaque colored thermoplastic hotmelt adhesive film based on modified polyolefines and can be processed with all established lamination, calendaring, and bonding techniques except for high frequency welding. A21.2007...view more nolax A21.2007-S is a sheet of slightly opaque colored thermoplastic hotmelt adhesive film based on modified polyolefines and can be processed with all established lamination, calendaring, and bonding techniques except for high frequency welding. A21.2007-S has a melting point of 80 to 90°C, relative density of 0.94 g/cm³, is insoluble in water, is dry cleaning resistant, and not readily biodegradable. view less | |
| nolax A21.2008 | nolax AG (Vanora) | nolax A21.2008 is a slightly opaque colored thermoplastic hotmelt adhesive film built on modified polyolefines and can be handled with all established lamination, calendaring, and bonding techniques except for high frequency welding. A21.2008 has a meltin...view more nolax A21.2008 is a slightly opaque colored thermoplastic hotmelt adhesive film built on modified polyolefines and can be handled with all established lamination, calendaring, and bonding techniques except for high frequency welding. A21.2008 has a melting point of 115 to 130°C, relative density of 0.9 g/cm³, is insoluble in water, is dry cleaning resistant, and not readily biodegradable. view less | |
| nolax A21.2008 S | nolax AG (Vanora) | nolax A21.2008-S is a slightly opaque colored thermoplastic hotmelt adhesive film built on modified polyolefines and can be handled with all established lamination, calendaring, and bonding techniques except for high frequency welding. A21.2008-S has a me...view more nolax A21.2008-S is a slightly opaque colored thermoplastic hotmelt adhesive film built on modified polyolefines and can be handled with all established lamination, calendaring, and bonding techniques except for high frequency welding. A21.2008-S has a melting point of 115 to 130°C, relative density of 0.9 g/cm³, is insoluble in water, is dry cleaning resistant, and not readily biodegradable. view less | |
| nolax A21.2010 | nolax AG (Vanora) | nolax A21.2010 is a slightly opaque colored thermoplastic hotmelt adhesive film built on modified polyolefines and can be handled with all established lamination, calendaring, and bonding techniques except for high frequency welding. A21.2010 has a meltin...view more nolax A21.2010 is a slightly opaque colored thermoplastic hotmelt adhesive film built on modified polyolefines and can be handled with all established lamination, calendaring, and bonding techniques except for high frequency welding. A21.2010 has a melting point of 135 to 145°C, relative density of 0.9 g/cm³, is insoluble in water, is dry cleaning resistant, and not readily biodegradable. view less | |
| nolax A21.2010 S | nolax AG (Vanora) | nolax A21.2010-S is a slightly opaque colored thermoplastic hotmelt adhesive film built on modified polyolefines and can be handled with all established lamination, calendaring, and bonding techniques except for high frequency welding. A21.2010-S has a me...view more nolax A21.2010-S is a slightly opaque colored thermoplastic hotmelt adhesive film built on modified polyolefines and can be handled with all established lamination, calendaring, and bonding techniques except for high frequency welding. A21.2010-S has a melting point of 135 to 145°C, relative density of 0.9 g/cm³, is insoluble in water, is dry cleaning resistant, and not readily biodegradable. view less | |
| nolax A21.2014 PE40 | nolax AG (Vanora) | nolax A21.2014 PE40 is a sheet of slightly opaque colored thermoplastic hotmelt adhesive film built on copolyamides. It can be handled with all established lamination, calendaring, and bonding techniques except for high frequency welding. nolax A21.2014 P...view more nolax A21.2014 PE40 is a sheet of slightly opaque colored thermoplastic hotmelt adhesive film built on copolyamides. It can be handled with all established lamination, calendaring, and bonding techniques except for high frequency welding. nolax A21.2014 PE40 has a melting point of 170 to 190°C, relative density of 1.1 g/cm³, is insoluble in water, is dry cleaning resistant, and not readily biodegradable. view less | |
| nolax A21.2015 | nolax AG (Vanora) | nolax A21.2015 is a sheet of slightly opaque colored thermoplastic hotmelt adhesive film built on copolyamides. It can be handled with all established lamination, calendaring, and bonding techniques except for high frequency welding. nolax A21.2015 has a ...view more nolax A21.2015 is a sheet of slightly opaque colored thermoplastic hotmelt adhesive film built on copolyamides. It can be handled with all established lamination, calendaring, and bonding techniques except for high frequency welding. nolax A21.2015 has a melting point of 105 to 115°C, relative density of 1.2 g/cm³, is insoluble in water, is dry cleaning resistant, and not readily biodegradable. view less | |
| nolax A21.2015 S | nolax AG (Vanora) | nolax A21.2015-S is a sheet of slightly opaque colored thermoplastic hotmelt adhesive film built on copolyamides. It can be handled with all established lamination, calendaring, and bonding techniques except for high frequency welding. nolax A21.2015-S ha...view more nolax A21.2015-S is a sheet of slightly opaque colored thermoplastic hotmelt adhesive film built on copolyamides. It can be handled with all established lamination, calendaring, and bonding techniques except for high frequency welding. nolax A21.2015-S has a melting point of 105 to 115°C, relative density of 1.2 g/cm³, is insoluble in water, is dry cleaning resistant, and not readily biodegradable. view less | |
| nolax A21.2026 | nolax AG (Vanora) | nolax A21.2026 is a sheet of slightly opaque colored thermoplastic hotmelt adhesive film built on polyethylenevinyl acetate. It can be handled with all established lamination, calendaring, and bonding techniques except for high frequency welding. nolax A2...view more nolax A21.2026 is a sheet of slightly opaque colored thermoplastic hotmelt adhesive film built on polyethylenevinyl acetate. It can be handled with all established lamination, calendaring, and bonding techniques except for high frequency welding. nolax A21.2026 has a melting point of 60 to 75°C, relative density of 1.0 g/cm³, is insoluble in water, is dry cleaning resistant, and not readily biodegradable. view less | |
| nolax A21.2294 | nolax AG (Vanora) | nolax A21.2294 is a sheet of slightly opaque colored thermoplastic hotmelt adhesive film built on modified polyolefines. It can be handled with all established lamination, calendaring, and bonding techniques except for high frequency welding. nolax A21.22...view more nolax A21.2294 is a sheet of slightly opaque colored thermoplastic hotmelt adhesive film built on modified polyolefines. It can be handled with all established lamination, calendaring, and bonding techniques except for high frequency welding. nolax A21.2294 has a melting point of 125 to 135°C, relative density of 0.92 to 0.95 g/cm³, is insoluble in water, is dry cleaning resistant, and not readily biodegradable. view less | |
| nolax A21.2294 S | nolax AG (Vanora) | nolax A21.2294-S is a sheet of slightly opaque colored thermoplastic hotmelt adhesive film built on modified polyolefines. It can be handled with all established lamination, calendaring, and bonding techniques except for high frequency welding. nolax A21....view more nolax A21.2294-S is a sheet of slightly opaque colored thermoplastic hotmelt adhesive film built on modified polyolefines. It can be handled with all established lamination, calendaring, and bonding techniques except for high frequency welding. nolax A21.2294-S has a melting point of 125 to 135°C, relative density of 0.92 to 0.95 g/cm³, is insoluble in water, is dry cleaning resistant, and not readily biodegradable. view less | |
| nolax A22.2235 | nolax AG (Vanora) | nolax A22.2235 is a sheet of slightly opaque colored thermoplastic adhesive multilayer film built on modified polypropylene and copolyamides that are suitable for bonding textiles. It can be handled with all established lamination, calendaring, and bondin...view more nolax A22.2235 is a sheet of slightly opaque colored thermoplastic adhesive multilayer film built on modified polypropylene and copolyamides that are suitable for bonding textiles. It can be handled with all established lamination, calendaring, and bonding techniques except for high frequency welding. nolax A22.2235 has a melting point of 120 to 145°C, is insoluble in water, is dry cleaning resistant, and not readily biodegradable. view less | |
| nolax A22.2235 S | nolax AG (Vanora) | nolax A22.2235-S is a sheet of slightly opaque colored thermoplastic adhesive multilayer film built on modified polypropylene and copolyamides that are suitable for bonding textiles. It can be handled with all established lamination, calendaring, and bond...view more nolax A22.2235-S is a sheet of slightly opaque colored thermoplastic adhesive multilayer film built on modified polypropylene and copolyamides that are suitable for bonding textiles. It can be handled with all established lamination, calendaring, and bonding techniques except for high frequency welding. nolax A22.2235-S has a melting point of 120 to 145°C, is insoluble in water, is dry cleaning resistant, and not readily biodegradable. view less | |
| nolax C35.3030 | nolax AG (Vanora) | nolax C35.3030 is a water-born dispersion for water vapor barrier and heat seal coatings on different substrates, and emulates a white transparent and practically odor-free film. With a base of ethylene-copolymer, its suggested use is in metals, carton, p...view more nolax C35.3030 is a water-born dispersion for water vapor barrier and heat seal coatings on different substrates, and emulates a white transparent and practically odor-free film. With a base of ethylene-copolymer, its suggested use is in metals, carton, polyethylene, paper, and coating to coating. nolax C35.3030 can be applied by roll coating or air knife methods, has a density of approximately 1.0 g/cm³, a viscosity of 200 to 1000 mPa•s at 20°C, a pH value of 7.5 ± 1, and a particle size of approximately 250 nm. view less | |
| nolax M11.185 | nolax AG (Vanora) | nolax M11.185 is a solid, cloudy yellow colored, non-skin irritating, pressure sensitive hot melt adhesive that can be applied by slot-die and nozzle, screen printing systems and roll coating for self-adhesive coating of products that are in direct skin c...view more nolax M11.185 is a solid, cloudy yellow colored, non-skin irritating, pressure sensitive hot melt adhesive that can be applied by slot-die and nozzle, screen printing systems and roll coating for self-adhesive coating of products that are in direct skin contact. Tests for dermatological harmless approval must be checked, for each application. view less | |
| nolax M11.230 | nolax AG (Vanora) | nolax M11.230 is a solid, cloudy and somewhat yellowish in color, non-skin irritating, pressure sensitive hot melt adhesive. It can be applied by slot-die and nozzle, screen printing systems and roll coating for self-adhesive coating of products that are ...view more nolax M11.230 is a solid, cloudy and somewhat yellowish in color, non-skin irritating, pressure sensitive hot melt adhesive. It can be applied by slot-die and nozzle, screen printing systems and roll coating for self-adhesive coating of products that are in direct skin contact. Tests for dermatological harmless approval must be checked, for each application. nolax M11.230 has a flash point greater than 250 °C, a viscosity of 12700 mPa•s at 160°C, and a melting point of ~108 °C. view less | |
| nolax M11.342 | nolax AG (Vanora) | nolax M11.342 is a solid yellow colored, non-skin irritating, pressure sensitive hot melt adhesive. It can be applied by slot-die and nozzle, screen printing systems and roll coating for self-adhesive coating of products that are in direct skin contact. T...view more nolax M11.342 is a solid yellow colored, non-skin irritating, pressure sensitive hot melt adhesive. It can be applied by slot-die and nozzle, screen printing systems and roll coating for self-adhesive coating of products that are in direct skin contact. Tests for dermatological harmless approval must be checked, for each application. nolax M11.342 has a flash point greater than 250 °C, a viscosity of 13500 mPa•s at 160°C, and a softening point of 100 °C. view less | |
| nolax M14.1070 | nolax AG (Vanora) | nolax M14.1070 is a solid viscous liquid, slightly yellowish in color, UV-curable pressure sensitive hot melt adhesive, with high cohesion and high peel strength. The suggested uses are in UV curable hot melt, for direct skin contact, having a low odor an...view more nolax M14.1070 is a solid viscous liquid, slightly yellowish in color, UV-curable pressure sensitive hot melt adhesive, with high cohesion and high peel strength. The suggested uses are in UV curable hot melt, for direct skin contact, having a low odor and high MVTR. Depending on the viscosity, the adhesive can be processed on slot die, screen printing, and roller coating equipment. Tests for dermatological harmless approval must be checked, for each application. nolax M14.1070 has a flash point greater than 150 °C and a viscosity of 63000 mPa•s at 130°C. view less | |
| nolax S21.2018 PE40 | nolax AG (Vanora) | nolax S21.2018 PE40 is a sheet of slightly opaque colored thermoplastic adhesive film based on polyurethanes and can be processed with all established lamination, calendaring, and bonding techniques, except for high frequency welding. S21.2018 PE40 has a ...view more nolax S21.2018 PE40 is a sheet of slightly opaque colored thermoplastic adhesive film based on polyurethanes and can be processed with all established lamination, calendaring, and bonding techniques, except for high frequency welding. S21.2018 PE40 has a melting point of 65 to 85°C, relative density of 1.16 g/cm³, is insoluble in water, and is not readily biodegradable. view less | |
| nolax S22.2202 | nolax AG (Vanora) | nolax S22.2202 is soft, slightly rubber elastic, thermoplastic polyurethane adhesive multilayer film with decent transparency, that provides worthy attachment between incompatible, dissimilar substrates in light weight structures (sandwich boards) as well...view more nolax S22.2202 is soft, slightly rubber elastic, thermoplastic polyurethane adhesive multilayer film with decent transparency, that provides worthy attachment between incompatible, dissimilar substrates in light weight structures (sandwich boards) as well as technical textiles. Adheres on one side to metals and polyolefinic substrates (PE, EVA, EPDM), and on the other side to painted sheet material, glass, PC, PVC, PU, ABS, PA, and more. It can be handled with all established lamination, calendaring, and bonding techniques except for high frequency welding. nolax A22.2202 has a melting point of 100 to 130°C, relative density of ~1.0 g/cm³, is insoluble in water, and not readily biodegradable. view less | |
| nolax S22.2272 | nolax AG (Vanora) | nolax S22.2272 is a sheet of black colored thermoplastic adhesive film based on modified polyolefines that is used for the lamination of ballistic fabrics. It has a melting point of 120 to 130°C, relative density of 0.93 g/cm³, and not readily biodegradab...view more nolax S22.2272 is a sheet of black colored thermoplastic adhesive film based on modified polyolefines that is used for the lamination of ballistic fabrics. It has a melting point of 120 to 130°C, relative density of 0.93 g/cm³, and not readily biodegradable. view less | |
| ORTEGOL® AB | Evonik Operations GmbH, BL Comfort & Insulation | ORTEGOL® AB is a silicone-based abrasion reducer; easy to blend into the system. | |
| ORTEGOL® AST 8 | Evonik Operations GmbH, BL Comfort & Insulation | ORTEGOL® AST 8 is a highly potent antistatic agent with no impact on physical properties. | |
| ORTEGOL® COM | Evonik Operations GmbH, BL Comfort & Insulation | ORTEGOL® COM is an emulsifier enhancing the miscibility between various formulation ingredients; ideal for blends of otherwise incompatible polyols. | |
| ORTEGOL® NOP | Evonik Operations GmbH, BL Comfort & Insulation | ORTEGOL® NOP is an emulsifier enhancing miscibility of polyester or polyether polyols with natural oil based polyols. | |
| POLYCAT® DBU | Evonik Operations GmbH, BL Comfort & Insulation | POLYCAT® DBU is a strong gel catalyst that provides snap cure at ambient temperature. | |
| POLYCAT® SA 1 | Evonik Operations GmbH, BL Comfort & Insulation | POLYCAT® SA 1 is an acid-free heat activated catalyst that provides excellent back-end cure. Can provide an extended pot life. It stays liquid at low temperature. | |
| POLYCAT® SA 102 | Evonik Operations GmbH, BL Comfort & Insulation | POLYCAT® SA 102 is a heat activated catalyst that provides excellent back-end cure. Can provide an extended pot life. It stays liquid at low temperature. Is has higher de-blocking temperature and longer pot life time than POLYCAT® SA 1. | |
| POLYCAT® SA 2 LE | Evonik Operations GmbH, BL Comfort & Insulation | POLYCAT® SA 2 LE is a low emission heat activated catalyst that exhibits a front end delay with rapid back end-cure. | |
| POLYCAT® SA 20 | Evonik Operations GmbH, BL Comfort & Insulation | POLYCAT® SA 20 is a DBT-free low emission gelling catalyst that gives a back-end cure similar to a tin catalyst and a similar working time as an amine catalyst. | |
| POLYCAT® SA 5 | Evonik Operations GmbH, BL Comfort & Insulation | POLYCAT® SA 5 is a gelling catalyst that gives a back-end cure similar to a tin catalyst and a similar working time as an amine catalyst. It is recommended to use in conjunction with DABCO® BA 100 to improve pot life time. | |
| POLYCAT® SA 8 | Evonik Operations GmbH, BL Comfort & Insulation | POLYCAT® SA 8 is a heat activated co-catalyst with an excellent front-end delay. | |
| TEGOSTAB® B 8900 | Evonik Operations GmbH, BL Comfort & Insulation | TEGOSTAB® B 8900 is a silicone-based surfactant with strong cell-opening and degassing properties. | |
| VERSALINK® 740 M | Evonik Operations GmbH, BL Comfort & Insulation | VERSALINK® products are specialty polymeric, non-toxic diamines of different molecular weights for use as curatives and chain extenders in high-performance polyurea and polyurea-hybrid applications. They can be liquid processed with MDI and TDI/MDI prepol...view more VERSALINK® products are specialty polymeric, non-toxic diamines of different molecular weights for use as curatives and chain extenders in high-performance polyurea and polyurea-hybrid applications. They can be liquid processed with MDI and TDI/MDI prepolymers. Allowing for excellent physical properties, formulations using our VERSALINK® curatives combine the material performance of polyurea with the ease of use that comes with long pot-life of the formulation. view less | |
| VERSALINK® P 1000 | Evonik Operations GmbH, BL Comfort & Insulation | VERSALINK® products are specialty polymeric, non-toxic diamines of different molecular weights for use as curatives and chain extenders in high-performance polyurea and polyurea-hybrid applications. They can be liquid processed with MDI and TDI/MDI prepol...view more VERSALINK® products are specialty polymeric, non-toxic diamines of different molecular weights for use as curatives and chain extenders in high-performance polyurea and polyurea-hybrid applications. They can be liquid processed with MDI and TDI/MDI prepolymers. Allowing for excellent physical properties, formulations using our VERSALINK® curatives combine the material performance of polyurea with the ease of use that comes with long pot-life of the formulation. view less | |
| VERSALINK® P 250 | Evonik Operations GmbH, BL Comfort & Insulation | VERSALINK® products are specialty polymeric, non-toxic diamines of different molecular weights for use as curatives and chain extenders in high-performance polyurea and polyurea-hybrid applications. They can be liquid processed with MDI and TDI/MDI prepol...view more VERSALINK® products are specialty polymeric, non-toxic diamines of different molecular weights for use as curatives and chain extenders in high-performance polyurea and polyurea-hybrid applications. They can be liquid processed with MDI and TDI/MDI prepolymers. Allowing for excellent physical properties, formulations using our VERSALINK® curatives combine the material performance of polyurea with the ease of use that comes with long pot-life of the formulation. view less | |
| VERSALINK® P 650 | Evonik Operations GmbH, BL Comfort & Insulation | VERSALINK® products are specialty polymeric, non-toxic diamines of different molecular weights for use as curatives and chain extenders in high-performance polyurea and polyurea-hybrid applications. They can be liquid processed with MDI and TDI/MDI prepol...view more VERSALINK® products are specialty polymeric, non-toxic diamines of different molecular weights for use as curatives and chain extenders in high-performance polyurea and polyurea-hybrid applications. They can be liquid processed with MDI and TDI/MDI prepolymers. Allowing for excellent physical properties, formulations using our VERSALINK® curatives combine the material performance of polyurea with the ease of use that comes with long pot-life of the formulation. view less |
