Hindi Spanish Portuguese Simplified Chinese German
1-800-245-3800 1-610-521-3800
  • X902 Proprietary Image

    Bisphenol A Epoxy Methacrylate possesses a fast cure speed that forms a stiff polymer with above average hardness.

  • Exothane Elastomers

    EXOTHANE ™ Elastomers represent the most recent advances in Esstech's urethane chemistry. These versatile materials offer performance enhancements across a broad range of demanding formulations.  Every application is unique and requires its own specific set of attributes.  Use the unique properties of EXOTHANE Elastomers to modify formulations, without using non-reactive additives.  Like many of Esstech's other products, potential applications involving EXOTHANE Elastomers can vary across many industries, from medical devices and cosmetic products, to curable coatings and adhesives.  Contact us to request additional Product Literature and samples.

    Download Additional Testing Data:

  • X 850 0000

    Urethane Dimethacrylates are often used in light-cure systems. Our X-850-0000, UDMA, cures to form a hard, glassy surface that is low in color and is considered bisphenol A free!  Various urethane dimethacrylates have been used in anaerobic adhesive applications. This material has also been referred to as diurethane dimethacrylate, DUDMA as well as Di-HEMA Trimethylhexyl Dicarbamate.

  • FIT 852 Resin

    FIT 852 Resin is a novel low shrink urethane monomer based on Esstech's proprietary methacrylate technology.  FIT possesses a volumetric shrinkage of 2.0 - 2.5% and conversion of 65 - 80% without filler!  FIT 852 Resin already equals the properties of the best finished composites on the market.

  • Image

    Synonyms
    Product Name: Isophorone Urethane Dimethacrylate, UDMA-IPDI
    CAS#: 72869-86-4
    INCI: Di-HEMA Trimethylhexyl Dicarbamate

    UDMA-IPDI has a higher viscosity than our X-850-0000, urethane dimethacrylate. The high molecular weight of X-851-1066 results in lower polymerization shrinkage when cured.

  • Image

    Our extended UDMA is commonly used in light cure systems. Its PEG 400 portion creates a more flexible polymer upon curing. Adding this product has been shown to increase the fracture toughness of urethane dimethacrylate.

  • X 950 0000

    Bisphenol A Glycidyl Methacrylate or bis-GMA is a high viscosity resin that has been used in dental formulations for years. Our bis GMA is manufactured with low levels of BPA or bisphenol A and low color.

  • CBRX951

    To simplify your formulation processes, we provide bis GMA already diluted in a 80:20 ratio with TEGDMA. Bis-GMA and triethylene glycol dimethacrylate are commonly paired in dental formulations.  All of our bisGMA products carry the lowest lelvels of BPA or bisphenol A on the market.

  • CBRX951

    Esstech now offers a blend comprising of 70% BisGMA and 30% TEGDMA.  Creating a BisGMA-TEGDMA base formulation has never been easier.

  • CBRX951

    To simplify your formulation processes, we provide bis GMA already diluted in a 50:50 ratio with TEGDMA. Bis-GMA and triethylene glycol dimethacrylate are commonly paired in dental formulations.  All of our bisGMA products carry the lowest levels of bisphenol A or BPA on the market.

  • X 970 0000

    This form of EBPADMA has 2 to 4 units of ethoxylation and is sometimes referred to bis-EMA or Isopropylidenediphenol PEG-2 Dimethacrylate. It is often used in blends with triethyleneglycol dimethacrylate and bisGMA. This material has low levels of water sorption and a high polymerization rate. X-970-0000 has also been used in anaerobic adhesive applications.  CAS # 41637-38-1

  • X 747 0000

    This form of EBPADMA has 6 units of ethoxylation. Increasing the ethoxylated chain length increases the mobility of the molecule and therefore it reactivity and degree of conversion.

  • X 739 0000

    This form of EBPADMA has 8 units of ethoxylation. Increasing the ethoxylated chain length increases the mobility of the molecule and therefore it reactivity and degree of conversion.

  • X 743 0000

    This form of EBPADMA has 10 units of ethoxylation. Polymerization of this material results in a rigid polymer with high degree of conversion.

  • X 738 0000

    This form of EBPADMA has 30 units of ethoxylation. It has a high degree of conversion neat and when blended with bisGMA. It also offers high levels of water sorption.

  • esstech logo

    This material is highly reactive with an excellent cure speed. It cures to form a flexible polymer. Structure is Proprietary