200°C

    • Not smooth
    • Low levels of volatile condensable materials
    • High elongation for greater stress reduction
    • No mixing required
    • Faster inline machining with optional thermal acceleration
    • Proven for space applications
    • Not smooth
    • Polymerization at room temperature
    • High elongation for greater stress reduction
    • No mixing required
    • Polymerization at room temperature, no need for ovens
    • Faster inline machining with optional thermal acceleration
    • Improved reliability through reduced curing stresses
    • Automated or manual needle dispensing systems
    • Superior sealing characteristics when exposed to fuels and oils
    • Easily injected and reinjected
    • Does not harden
    • Good grip
    • Essentially unaffected by shock, vibration, and thermal cycling
    • Contains no hardeners or curing agents
    • Withstands immersion in fuels and exposure to fuel vapors at temperatures up to +200°C
    • Contains flow control particles
    • Excellent flow characteristics allow faster injection at lower pressures.
    • Addition-curing two-component silicone elastomer
    • Easy-to-use and easy-to-manage 1:1 mixing ratio
    • High tear resistance
    • Low compression set
    • Good adhesion to many substrates
    • Hardness suitable for sealing applications with high clamping loads
    • The non-sagging nature allows for accurate and uniform seal beads of precise dimensions as defined by the robot application parameters.
    • Does not require solvents, CFCs or other environmentally harmful materials for processing