| DMS-S33M50 | Gelest, Incorporated | Reactive silicone emulsion. | |
| DMS-S35 | Gelest, Incorporated | Silanol terminated polydimethylsiloxane. | |
| DMS-S42 | Gelest, Incorporated | Silanol terminated polydimethylsiloxane. | |
| DMS-S45 | Gelest, Incorporated | Silanol terminated polydimethylsiloxane. | |
| DMS-S51 | Gelest, Incorporated | Silanol terminated polydimethylsiloxane. | |
| DMS-T00 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. | |
| DMS-T01 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. | |
| DMS-T01.5 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. | |
| DMS-T02 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. | |
| DMS-T03 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. | |
| DMS-T05 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. | |
| DMS-T07 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. | |
| DMS-T07R | Gelest, Incorporated | Volatile, low molecular weight polydimethylsiloxane generally acceptable for polymer contacting applications. | |
| DMS-T11 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. | |
| DMS-T12 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. | |
| DMS-T12R | Gelest, Incorporated | Volatile, low molecular weight polydimethylsiloxane generally acceptable for polymer contacting applications. | |
| DMS-T15 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. | |
| DMS-T21 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. | |
| DMS-T21BLU | Gelest, Incorporated | Colored silicone fluid that may be used directly in applications such as gauge fluids or as a tint additive for silicone fluids and elastomers. | |
| DMS-T21M50 | Gelest, Incorporated | Easy to use, water-dilutable, fine particle dispersion of conventional polydimethylsiloxane fluid. Employed as a release agent and lubricant in a variety of rubber and plastic applications. | |
| DMS-T21R | Gelest, Incorporated | Volatile, low molecular weight polydimethylsiloxane generally acceptable for polymer contacting applications. | |
| DMS-T21RED | Gelest, Incorporated | Colored silicone fluid that may be used directly in applications such as gauge fluids or as a tint additive for silicone fluids and elastomers. | |
| DMS-T22 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. | |
| DMS-T23 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. | |
| DMS-T23E | Gelest, Incorporated | Volatile, low molecular weight dimethylsiloxane suitable for extreme vacuum applications including systems deployed in space exploration and communication. | |
| DMS-T25 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. | |
| DMS-T31E | Gelest, Incorporated | Volatile, low molecular weight dimethylsiloxane suitable for extreme vacuum applications including systems deployed in space exploration and communication. | |
| DMS-T31M50 | Gelest, Incorporated | Easy to use, water-dilutable, fine particle dispersion of conventional polydimethylsiloxane fluid. Employed as a release agent and lubricant in a variety of rubber and plastic applications. | |
| DMS-T35 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. | |
| DMS-T41 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. | |
| DMS-T41.2 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. | |
| DMS-T41.2E | Gelest, Incorporated | Volatile, low molecular weight dimethylsiloxane suitable for extreme vacuum applications including systems deployed in space exploration and communication. | |
| DMS-T41M50 | Gelest, Incorporated | Easy to use, water-dilutable, fine particle dispersion of conventional polydimethylsiloxane fluid. Employed as a release agent and lubricant in a variety of rubber and plastic applications. | |
| DMS-T43 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. | |
| DMS-T46 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. | |
| DMS-T51 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. | |
| DMS-T51B20 | Gelest, Incorporated | Silicone fluid blend. | |
| DMS-T51M35 | Gelest, Incorporated | Easy to use, water-dilutable, fine particle dispersion of conventional polydimethylsiloxane fluid. Employed as a release agent and lubricant in a variety of rubber and plastic applications. | |
| DMS-T53 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. | |
| DMS-T56 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. | |
| DMS-T61 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. | |
| DMS-T63 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. | |
| DMS-T72 | Gelest, Incorporated | General purpose silicone composed of polymer chains with unique flexibility. It has virtually no energy barrier for rotation resulting in one of the lowest glass-transition temperatures of any polymer. | |
| DMS-T72B15 | Gelest, Incorporated | Silicone fluid blend. | |
| DMS-U22 | Gelest, Incorporated | (3-Acryloxy-2-hydroxypropyl) terminated polydimethylsiloxane. | |
| DMS-V00 | Gelest, Incorporated | Vinyl terminated polydimethylsiloxane. | |
| DMS-V03 | Gelest, Incorporated | Vinyl terminated polydimethylsiloxane. | |
| DMS-V05 | Gelest, Incorporated | Vinyl terminated polydimethylsiloxanes. | |
| DMS-V21 | Gelest, Incorporated | Vinyl terminated polydimethylsiloxane. | |
| DMS-V22 | Gelest, Incorporated | Vinyl terminated polydimethylsiloxane. | |
| DMS-V25 | Gelest, Incorporated | Vinyl terminated polydimethylsiloxane. | |
| DMS-V25R | Gelest, Incorporated | Reduced volatility grade vinyl terminated polydimethylsiloxane. | |
| DMS-V31 | Gelest, Incorporated | Vinyl terminated polydimethylsiloxane. | |
| DMS-V31S15 | Gelest, Incorporated | Fumed silica reinforced vinyl terminated polydimethylsiloxane. | |
| DMS-V33 | Gelest, Incorporated | Vinyl terminated polydimethylsiloxane. | |
| DMS-V35 | Gelest, Incorporated | Vinyl terminated polydimethylsiloxane. | |
| DMS-V35R | Gelest, Incorporated | Reduced volatility grade vinyl terminated polydimethylsiloxane. | |
| DMS-V41 | Gelest, Incorporated | Vinyl terminated polydimethylsiloxane. | |
| DMS-V42 | Gelest, Incorporated | Vinyl terminated polydimethylsiloxane. | |
| DMS-V46 | Gelest, Incorporated | Vinyl terminated polydimethylsiloxane. | |
| DMS-V52 | Gelest, Incorporated | Vinyl terminated polydimethylsiloxane. | |
| DMS-XE11 | Gelest, Incorporated | Ethoxy terminated polydimethylsiloxane. | |
| DMS-XM11 | Gelest, Incorporated | Methoxy terminated polydimethylsiloxane. | |
| DMS-Z21 | Gelest, Incorporated | Succinic anhydride terminated polydimethylsiloxane. | |
| DYHARD® 100 | AlzChem | DYHARD® 100 is part of a series that consists of different micronized grades of dicyandiamide curing agents for the formulation of thermosetting epoxy resin compositions. They contain up to 3 % of inert anti-caking agent in order to prevent agglomerations...voir plus DYHARD® 100 is part of a series that consists of different micronized grades of dicyandiamide curing agents for the formulation of thermosetting epoxy resin compositions. They contain up to 3 % of inert anti-caking agent in order to prevent agglomerations and to improve handling. The products of the DYHARD® 100 series do not react with epoxy resins at moderate temperatures. Dispersed in epoxy resin the mixture remains stable until activated by heat. voir moins | |
| DYHARD® 100M | AlzChem | DYHARD® 100M is part of a series that consists of different micronized grades of dicyandiamide curing agents for the formulation of thermosetting epoxy resin compositions. They contain up to 3 % of inert anti-caking agent in order to prevent agglomeration...voir plus DYHARD® 100M is part of a series that consists of different micronized grades of dicyandiamide curing agents for the formulation of thermosetting epoxy resin compositions. They contain up to 3 % of inert anti-caking agent in order to prevent agglomerations and to improve handling. The products of the DYHARD® 100 series do not react with epoxy resins at moderate temperatures. Dispersed in epoxy resin the mixture remains stable until activated by heat. voir moins | |
| DYHARD® 100S | AlzChem | DYHARD® 100S is part of a series that consists of different micronized grades of dicyandiamide curing agents for the formulation of thermosetting epoxy resin compositions. They contain up to 3 % of inert anti-caking agent in order to prevent agglomeration...voir plus DYHARD® 100S is part of a series that consists of different micronized grades of dicyandiamide curing agents for the formulation of thermosetting epoxy resin compositions. They contain up to 3 % of inert anti-caking agent in order to prevent agglomerations and to improve handling. The products of the DYHARD® 100 series do not react with epoxy resins at moderate temperatures. Dispersed in epoxy resin the mixture remains stable until activated by heat. voir moins | |
| DYHARD® 100SF | AlzChem | DYHARD® 100SF is part of a series that consists of different micronized grades of dicyandiamide curing agents for the formulation of thermosetting epoxy resin compositions. They contain up to 3 % of inert anti-caking agent in order to prevent agglomeratio...voir plus DYHARD® 100SF is part of a series that consists of different micronized grades of dicyandiamide curing agents for the formulation of thermosetting epoxy resin compositions. They contain up to 3 % of inert anti-caking agent in order to prevent agglomerations and to improve handling. The products of the DYHARD® 100 series do not react with epoxy resins at moderate temperatures. Dispersed in epoxy resin the mixture remains stable until activated by heat. voir moins | |
| DYHARD® 100SH | AlzChem | DYHARD® 100SH is part of a series that consists of different micronized grades of dicyandiamide curing agents for the formulation of thermosetting epoxy resin compositions. They contain up to 3 % of inert anti-caking agent in order to prevent agglomeratio...voir plus DYHARD® 100SH is part of a series that consists of different micronized grades of dicyandiamide curing agents for the formulation of thermosetting epoxy resin compositions. They contain up to 3 % of inert anti-caking agent in order to prevent agglomerations and to improve handling. The products of the DYHARD® 100 series do not react with epoxy resins at moderate temperatures. Dispersed in epoxy resin the mixture remains stable until activated by heat. voir moins | |
| DYHARD® A5M30 | AlzChem | DYHARD® A5M30 is widely used as a highly active but also latent accelerator master batch of DYHARD® UR500 in thermosetting epoxy resin formulations. It is especially designed for dust free work environments and easy to mix in productions | |
| DYHARD® CAAB | AlzChem | DYHARD® CAAB is a curing agent for matt finish powder coatings based on epoxy or epoxy-polyester hybrid formulations. Usually it is used together with DYHARD® PIN to realize these matt finishes. For low gloss applications the optimal mixing ratio between ...voir plus DYHARD® CAAB is a curing agent for matt finish powder coatings based on epoxy or epoxy-polyester hybrid formulations. Usually it is used together with DYHARD® PIN to realize these matt finishes. For low gloss applications the optimal mixing ratio between DYHARD® PIN and DYHARD® CAAB is 45:55. This ideal mixture is also available in the ready to use premix DYHARD® PMC for an easy handling. voir moins | |
| DYHARD® D50EP | AlzChem | DYHARD® D50EP is a master batch of 50% DYHARD® 100S in standard bisphenol A epoxy resin (EEW 182-192). Advantages include a dust-free production environment, as well as easier dosage and incorporation. It is cost-effective due to easy handling, and offers...voir plus DYHARD® D50EP is a master batch of 50% DYHARD® 100S in standard bisphenol A epoxy resin (EEW 182-192). Advantages include a dust-free production environment, as well as easier dosage and incorporation. It is cost-effective due to easy handling, and offers the same reactivity, latency, and mechanical properties as the DYHARD® 100 series. This product is recommended for one-component thermosetting epoxy resin formulations for the automotive, sporting goods, and aerospace industry, for adhesives, for encapsulation compounds, and more. voir moins | |
| DYHARD® DF50EP | AlzChem | DYHARD® DF50EP is a master batch of 50% DYHARD® 100SF in standard bisphenol A epoxy resin (EEW 182-192). Products of the DYHARD® master batches are widely used for all kinds of one component thermosetting epoxy resin formulations | |
| DYHARD® Fluid 111 | AlzChem | DYHARD® Fluid 111 is a liquid latent curing agent for thermosetting epoxy resin formulations. | |
| DYHARD® Fluid 151 | AlzChem | DYHARD® Fluid 151 is part of a fully formulated latent epoxy resin system, which has been specifically designed for resin transfer molding applications. | |
| DYHARD® Fluid 212 | AlzChem | DYHARD® Fluid 212 is a liquid latent curing agent. It features a long pot life in the impregnation bath, a rapid cure at 120ºC, optical clearness, and high transparency. This makes it ideal for use in filament winding applications. | |
| DYHARD® Fluid AC11 | AlzChem | DYHARD® Fluid AC11 is part of a fully formulated latent epoxy resin system, which has been specifically designed for resin transfer molding applications. | |
| DYHARD® MCA10 | AlzChem | DYHARD® MCA10 is a special formulated curing agent for low temperature cure, or very fast cure at standard cure temperatures. A formulated 1K-Epoxy resins system with DYHARD® MCA10 still has an acceptable long latency of a few weeks at room temperature. | |
| DYHARD® MCA30 | AlzChem | DYHARD® MCA30 is a non toxic, special formulated curing agent for low temperature cure, high gloss epoxy powder coatings. | |
| DYHARD® MI-C | AlzChem | DYHARD® MI-C is used as a very active but also reasonably latent accelerator in thermosetting epoxy resin formulations. It is typically used for fast curing, or low temperature cure, resin systems with low latency requirements. | |
| DYHARD® MI-FF | AlzChem | DYHARD® MI-FF is used as a very active but also reasonably latent accelerator in thermosetting epoxy resin formulations. It is typically used for fast curing, or low temperature cure, resin systems with low latency requirements. | |
| DYHARD® MIA5 | AlzChem | DYHARD® MIA5 is used as a very active but also reasonably latent accelerator in thermosetting epoxy resin formulations. It’s use is particularly suited in combination with micronized dicyandiamide from the DYHARD® CU-Line, or with the dicyandiamide master...voir plus DYHARD® MIA5 is used as a very active but also reasonably latent accelerator in thermosetting epoxy resin formulations. It’s use is particularly suited in combination with micronized dicyandiamide from the DYHARD® CU-Line, or with the dicyandiamide master batches from the DYHARD® MB-Line. voir moins | |
| DYHARD® OTB | AlzChem | DYHARD® OTB represents a medium reactive curing agent for high gloss epoxy powder coatings. With it’s ideal distribution properties in epoxy resins high quality finishes at low curing temperatures are provided. | |
| DYHARD® PI | AlzChem | DYHARD® PI represents an imidazole based accelerator and/or hardener for thermosetting epoxy resin systems. It has a larger particle size than DYHARD® PI-FF, which is more suitable where lower reactiviy's are needed. | |
| DYHARD® PI-FF | AlzChem | DYHARD® PI-FF represents an imidazole based accelerator and/or hardener for thermosetting epoxy resin systems. DYHARD® PI-FF has a smaller particle size than DYHARD® PI and hence is more suitable where higher reactivity's are needed. | |
| DYHARD® PIN | AlzChem | DYHARD® PIN represents a curing agent which is used in low gloss epoxy and epoxy-polyester hybrid powder coatings. It’s ideal distribution properties in both resin systems provides high quality finishes with a very good color stability. | |
| DYHARD® PMC | AlzChem | DYHARD® PMC represents a matt curing agent for low gloss epoxy and epoxy-polyester hybrid powder coatings. With its ideal distribution properties in both resins systems, high quality finishes with a very good color stability are provided. | |
| DYHARD® RF1000 | AlzChem | DYHARD® RF1000 is part of a fully formulated latent epoxy resin system, which has been specifically designed for resin transfer molding applications. | |
| DYHARD® RF2100 | AlzChem | DYHARD® RF2100 is a low viscos modified bisphenol A epoxy resin. It features a long pot life in the impregnation bath, a rapid cure at 120ºC, optical clearness, and high transparency. This makes it ideal for use in filament winding applications. | |
| DYHARD® UR200 | AlzChem | DYHARD® UR200 represents a latent, micronized accelerator based on a substituted urea. Its prominent use is preferably in combination with the highly latent curing agents of the DYHARD® 100 series in thermosetting epoxy resin formulations. | |
| DYHARD® UR300 | AlzChem | DYHARD® UR300 represents a latent, micronized accelerator based on a substituted urea. Its prominent use is preferably in combination with the highly latent curing agents of the DYHARD® 100 series in thermosetting epoxy resin formulations. | |
| DYHARD® UR300AB | AlzChem | DYHARD® UR300AB represents a latent, micronized accelerator based on a substituted urea. Its prominent use is preferably in combination with the highly latent curing agents of the DYHARD® 100 series in thermosetting epoxy resin formulations. | |
| DYHARD® UR400 | AlzChem | DYHARD® UR400 represents a bi-functional, micronized accelerator based on a substituted urea. Being an active as well as a latent accelerator, its prominent use is preferably in combination with the highly latent curing agents of the DYHARD® 100 series in...voir plus DYHARD® UR400 represents a bi-functional, micronized accelerator based on a substituted urea. Being an active as well as a latent accelerator, its prominent use is preferably in combination with the highly latent curing agents of the DYHARD® 100 series in thermosetting epoxy resin formulations. voir moins | |
| DYHARD® UR500 | AlzChem | DYHARD® UR500 represents a bi-functional, micronized accelerator based on a substituted urea. Being a highly active as well as a latent accelerator, its prominent use is preferably in combination with the highly latent curing agents of the DYHARD® 100 ser...voir plus DYHARD® UR500 represents a bi-functional, micronized accelerator based on a substituted urea. Being a highly active as well as a latent accelerator, its prominent use is preferably in combination with the highly latent curing agents of the DYHARD® 100 series in thermosetting epoxy resin formulations. voir moins | |
| DYHARD® UR700 | AlzChem | DYHARD® UR700 represents a highly latent, micronized accelerator based on a substituted urea. Its prominent use is preferably in combination with the highly latent curing agents of the DYHARD® 100 series in thermosetting epoxy resin formulations. In addit...voir plus DYHARD® UR700 represents a highly latent, micronized accelerator based on a substituted urea. Its prominent use is preferably in combination with the highly latent curing agents of the DYHARD® 100 series in thermosetting epoxy resin formulations. In addition, DYHARD® UR700 is soluble in water, which makes it a preferred accelerator for waterborne applications. voir moins | |
| DYHARD® UR800 | AlzChem | DYHARD® UR800 represents a very latent, micronized accelerator based on a substituted urea. Its prominent use is preferably in combination with the highly latent curing agents of the DYHARD® 100 series in thermosetting epoxy resin formulations. | |
| DYHARD® URAcc13 | AlzChem | DYHARD® URAcc13 represents a formulated latent, micronized accelerator based on a substituted urea. Being an active as well as a latent accelerator, its prominent use is preferably in combination with the highly latent curing agents of the DYHARD® 100 ser...voir plus DYHARD® URAcc13 represents a formulated latent, micronized accelerator based on a substituted urea. Being an active as well as a latent accelerator, its prominent use is preferably in combination with the highly latent curing agents of the DYHARD® 100 series in thermosetting epoxy resin formulations. voir moins | |
| DYHARD® URAcc57 | AlzChem | DYHARD® URAcc57 represents a latent, micronized accelerator based on a substituted urea. Being a very highly active as well as a latent accelerator, its prominent use is preferably in combination with the highly latent curing agents of the DYHARD® 100 ser...voir plus DYHARD® URAcc57 represents a latent, micronized accelerator based on a substituted urea. Being a very highly active as well as a latent accelerator, its prominent use is preferably in combination with the highly latent curing agents of the DYHARD® 100 series in thermosetting epoxy resin formulations. voir moins | |
| EBP-234 | Gelest, Incorporated | (2-3% epoxycyclohexylethylmethylsiloxane)(10-15% methoxypolyalkyleneoxymethylsiloxane)-(dimethylsiloxane) terpolymer. | |
| EDV-2025 | Gelest, Incorporated | Vinyl terminated diethylsiloxane-dimethylsiloxane copolymer. |
