• Low viscosity
    • Flexible jets
    • Good resistance to thermal shock
    • Semi-rigid system
    • Good resistance to temperature shock
    • Flexible jets
    • Low viscosity
    • Good heat resistance
    • Resistant to atmospheric and chemical degradation
    • Good crack resistance
    • Excellent castability and impregnation
    • Mixing ratio 100:25 by weight
    • Elastic thermal shock absorberepentine system
    • Suitable for low-stress encapsulants
    • Excellent electrical properties
    • Low viscosity casting resin
    • High possibility of adding filler
    • Encapsulation of electronic and low-voltage components
    • Good resistance to thermal shock
    • Good dielectric properties
    • Good mechanical properties
    • Excellent thermal resistance
    • Good thermal resistance
    • Excellent sliding properties
    • Good thermal conductivity
    • Non-abrasive casting system
    • Good resistance to thermal shock
    • Two-component resin for high temperature
    • It cross-links at room temperature but can be accelerated with heat
    • Halogen-free system
    • Polymerization at room temperature or moderate heat
    • Easy castability and impregnation
    • Mixing ratio 100:23 by weight
    • Excellent electrical properties
    • Absorbs sudden thermal shock
    • Suitable for a low-stress encapsulant
    • Halogen free
    • Cures to an elastoplastic surface
    • Resilient and abrasion resistant
    • Single-component solvent-based resin coating
    • Polymerization at room temperature
    • It can speed up in-line processing
    • UV indicator enables automatic inspection
    • Allows use with many low-solids lead-free solder
    • Cures to an elastoplastic surface
    • Resilient and abrasion resistant
    • Solvent-based resin coating
    • Polymerization at room temperature
    • The optional thermal acceleration (after solvent wilting)
    • UV indicator enables automated inspection
    • Allows use with many low-solids lead-free solder
    • Reduced VOC content
    • Emission recovery can be simplified for VOCs in some U.S. states
    • Cures to a robust surface
    • Resilient and abrasion resistant
    • Solvent-based resin coating
    • Polymerization at room temperature
    • Possibility of acceleration after solvent spillage
    • UV indicator for inspection
    • Allows use with many low-solids lead-free solder
    • Low viscosity improves flow and
    • fill tight spaces and gaps
    • Medium viscosity
    • Low VOC content
    • Abrasion resistance
    • Good dielectric properties
    • Good adhesion to many substrates
    • Polymerization at room temperature
    • Stable and flexible over a wide temperature range
    • Fluid
    • Hot polymerization
    • Good thermal conductivity values
    • No solvent added
    • Single-component - No need to mix separate components
    • Fast and versatile polymerization controlled by temperature
    • Fills and self-levels after dispensing
    • Heat dissipation from PCB systems to increase reliability
    • Single-component, does not require mixing
    • Good fluidity
    • After dispensing, it is capable of flowing, filling or self-leveling
    • Faster inline machining with optional thermal acceleration
    • No solvent added
    • Allows use with many low-solids lead-free solder
    • Soft coating improves reliability against stresses
    • UV indicator enables automatic inspection
    • No solvent added
    • Polymerization at room temperature
    • Slight thermal acceleration can speed up in-line processing
    • Good adhesion to many substrates
    • Allows use with many low-solids lead-free solder
    • Soft coating improves reliability against stresses
    • No solvent added
    • Polymerization at room temperature
    • It can speed up in-line processing
    • Good adhesion to many substrates
    • Allows use with many low-solids lead-free solder
    • Improves reliability against stresses
    • Promotes flow and filling of narrow spaces and crevices
    • Green when mixed
    • Rapid polymerization at room temperature
    • Reduces the risk of loading errors
    • When properly mixed, the gel is green
    • Conditional adhesion without primer at room temperature
    • Hardened gel for increased mechanical strength
    • UV indicator enables automatic inspection
    • Increased flame resistance
    • Slow-curing two-component silicone dielectric gel
    • Good flame resistance
    • Good mechanical strength
    • Contains UV indicator for inspection
    • Adhesion without the use of primer
    • Cures extremely softly
    • Designed to insulate circuits from the damaging effects of moisture
    • Provides electrical insulation for high voltages
    • Protects circuits and interconnections from thermal stresses
    • Low viscosity
    • Odorless
    • 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