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Ebalta Kunststoff Gmbh AH 110TGS

Ebalta AH 110 / TGS is a non-filled epoxy resin with high strength and dimensional stability, even at increasing temperature. It also can be used as casting resin with powder fillers as aluminum powder, as laminating resin with glass fabrics and as binding resin with granular fillers as aluminum granules. Depending on the application if just needs to use a different hardener for the mixture. As laminating resin AH 110 / TGS is suitable for thin high solid laminates.

Polymer Name: Epoxy Resins & Compounds

End Uses: Construction Applications, General Purpose, Textile Applications

Flexural Strength: 118.0 - 138.0 MPa

    Knowde Enhanced TDS

    Identification & Functionality

    Chemical Family

    Epoxy & Epoxy Derivatives

    Polymer Name

    Epoxy Resins & Compounds

    Plastics & Elastomers Functions

    Resin

    Basis
    High strength general purpose resin
    Technologies

    Plastics

    Product Families

    Plastics — Thermoset Resins

    Epoxies

    Features & Benefits

    Materials Features

    Fast Curing,

    General Purpose,

    High Strength,

    Medium Viscosity,

    Very Good Heat Resistance

    Properties

    high strength
    high heat resistance
    fast curing
    unfilled
    medium viscosity

    Applications & Uses

    Markets

    Building & Construction,

    Consumer Goods,

    Industrial

    Applications

    Building & Construction — Building Materials

    Other Building Materials

    Industrial — Leather & Textiles

    Textile Manufacturing

    Consumer Goods — Other Consumer Goods Applications

    Cure Method

    Chemical Cure

    Plastics & Elastomers End Uses

    Construction Applications,

    General Purpose,

    Textile Applications

    Applications

    Laminating resin also for heavy fabrics
    Bonding resin for fillers

    Processing Instructions

    The temperature of material and processing should be between 18 and 25° C. The mixing of resin and hardener should be made intensively and if possible without any bubbles at room temperature. We recommend a post curing with a temperature rise of about 10°C/hour. Difficult geometries should be supported during the curing cycle. Afterwards the part should be cooled down at about 20°C/hour

    Properties

    Typical Properties
    ValueUnitsTest Method / Conditions
    Shore hardness86 ± 3Shore DDIN ISO 7619-1
    Viscosity (25°C)1300 ± 200mPa.s—
    Compressive Strength110 ± 10MPaEN ISO 604
    Density (20°C)1,13 ± 0,02g/cm3—
    Flexural elongation at break6.0 ± 1.0%EN ISO 178
    Pot Life (200g/20°C)20 - 25minutes—
    Flexural modulus3300 ± 300MPaEN ISO 178
    Curing time at RT6-8Hrs—
    Flexural strength128 ± 10MPaEN ISO 178
    Post Curing12-80Time in h (Temperature in °C)—
    Glass transition temperature TG97°C—
    Heat resistance (HDT)99 ± 3°CDIN EN ISO 75 B
    Impact resistance (Charpy)20 ± 8kJ/m2EN ISO 179

    Packaging & Availability

    Sales Units (Packages)

    5,000 kg / 10,000 kg / 50,000 kg / 220,000 kg
    1,000 kg / 2,000 Kg / 5,000 kg / 50,000 kg

    Storage & Handling

    Storing

    At appropriate storage 18-25°C. Occuring crystallization due to disadvantageous storage conditions can be made return by warming up the material at approx. 60° C for some hours. Opened containers should be closed immediately after use and be protected against moisture. This material should be used up as soon as possible. Shelf life is indicated on the labels