Cold

The data on this page are to be considered purely indicative and do not constitute a technical data sheet.

    • UV curing in 1 part
    • Very soft
    • Suitable for very low temperatures
    • Does not require mixing
    • UV rays for fast processing speed
    • Polymerization secondary to moisture
    • The gel remains flexible even at very low temperatures
    • No exotherm during curing
    • Room temperature or heat-accelerated polymerization
    • High stability during thermal cycles up to 150°C (peak 175°C)
    • Maintains vertical position
    • Controlled low silicone volatility
    • Soft and elastomeric material after polymerization
    • Non-curing
    • High thermal conductivity
    • Stable on vertical surfaces
    • Gap filling capacity up to 1.0 mm
    • Thermally conductive silicone material
    • Low thermal resistance and good high-temperature stability
    • Low density
    • Room temperature or heat-accelerated polymerization
    • Non-sagging, stable even on vertical surfaces
    • Soft and deformable material with stress relief function
    • Slightly tacky surface after curing
    • No exotherm during curing
    • Medium viscosity
    • Abrasion-resistant elastoplastic surface
    • Solvent-based coating
    • High solid content
    • UV indicator for inspection
    • Room temperature vulcanization (RTV)
    • Good adhesion on rigid and flexible PCBs
    • Low viscosity
    • Good thermal conductivity
    • Mixing ratio 1 to 1
    • Polymerization at room temperature
    • Easy to mix and use
    • Good smoothness for fast processing and short cycle times
    • Promotes heat dissipation
    • Reduces pressure on components
    • Effectively dissipates heat
    • Avoids delamination problems
    • The rapid polymerization
    • Optimized processing time
    • Allows for the implementation of complex projects
    • No additional dielectric barrier required
    • Allows for quick filling
    • It is suitable for high-throughput production processes.
    • Filling allows easy control of the process
    • Meets certification requirements
    • Polymerization at room temperature
    • Low viscosity - ease of processing
    • Self-adhesive - no primer required
    • Reliable optical performance in difficult conditions
    • Polymerization at room temperature
    • Good adhesion on various substrates
    • Fast tack-free time
    • Elastomeric material with high elongation
    • Suitable for bonding, sealing and thermal dissipation
    • Good mechanical strength
    • One-component adhesive
    • Thermally conductive
    • Polymerizes with moisture
    • Fast drying to the touch
    • Good adhesion
    • Self-leveling
    • Controlled volatility (controlled migration of silanes)
    • Rapid polymerization in RT, without notches
    • Medium viscosity
    • Polymerizes into a soft, low-stress elastomer
    • Without added solvents
    • Slight thermal acceleration can speed up in-line processing
    • Soft coating can improve reliability against stresses
    • Rapid polymerization in RT, without notches
    • Not smooth
    • Higher thermal conductivity
    • Controlled volatility of silicone
    • No mixing required
    • Polymerization at room temperature
    • Faster processing at room temperature
    • Used if increased flame resistance is required
    • Rapid polymerization
    • Very low viscosity
    • Controlled volatility of silicone
    • Solvent-free
    • Excellent smoothness, filling or self-leveling after distribution
    • Polymerizes into a soft, low-stress elastomer
    • Coating can improve reliability against stresses
    • Rapid polymerization
    • Sliding
    • Polymerizes into a soft, low-stress elastomer
    • Controlled volatility of silicone
    • No solvent added
    • Polymerization at room temperature
    • Faster processing at room temperature with thermal acceleration
    • Soft coating can improve reliability against stresses
    • Can be used if flame resistance required
    • Polymerization at room temperature
    • Long-term performance stability up to 150°C
    • Low compression stress
    • Maintains upright position (cured or uncured state)
    • Controlled volatility of silicone
    • Solvent-free formulation
    • Sliding
    • Does not polymerize
    • Able to achieve bond line thickness
    • Very low thermal resistance
    • High thermal conductivity
    • Wicks heat away from sensitive components
    • Two-component thermal conductive encapsulant
    • Suitable for PCB system
    • Protection in harsh environmental and thermal conditions
    • Can be used at room temperature
    • Used in the production of electrical products, PCBs and modules
    • Good adhesion to aluminum
    • Excellent dielectric properties
    • Good smoothness
    • Easy dispensing
    • Good flexibility for easy processing
    • Good adhesion without the use of primer
    • Adhesion to a wide variety of substrates
    • Good adhesion, even under difficult conditions
    • The changeable mixing ratio for varying flexibility
    • Good electrical properties
    • Used as an adhesive or encapsulant
    • Increased adhesion strength
    • Can be used as a sealant or thermal adhesive
    • High thermal conductivity
    • Combines adhesive and heat dissipation properties
    • Very wide operating temperature range
    • Single-component
    • Not lumpy
    • Ideal if high viscosity product required
    • High-temperature structural epoxy adhesive
    • Two-component epoxy adhesive
    • Service up to 149°C (300°F)
    • High shear strength on metals and composites
    • Thixotropic gap-filling paste
    • Contains 125-micron spacer beads
    • High Tg