Wechemsolutions

Our Product Range

Versatile precipitated silica-based silicone rubber featuring balanced performance characteristics suitable for a wide array of manufacturing applications.

Key Features:

  • Optimized balance of mechanical properties
  • Cost-effective formulation
  • Consistent processing behavior
  • Good physical strength and elongation
  • Suitable for both DBPMH and DCBP curing systems

Processing Methods:

  • Compression molding
  • Extrusion processing
  • Calendering operations

Typical Applications:

  • Industrial rubber components
  • Consumer product manufacturing
  • General-purpose seals and gaskets
  • Household appliance parts

Premium fumed silica-reinforced silicone rubber delivering superior transparency, excellent anti-yellowing characteristics, and balanced mechanical performance.

Key Features:

  • Outstanding optical clarity
  • Exceptional anti-yellowing properties
  • Enhanced mechanical strength
  • Compatible with platinum and peroxide curing
  • Superior aging resistance

Processing Methods:

  • Injection molding
  • Compression molding
  • Extrusion
  • Calendering

Typical Applications:

  • Industrial components requiring transparency
  • Consumer goods and daily necessities
  • Medical device components
  • Food-contact applications (after proper post-curing)

Specially formulated fumed silica-based silicone rubber engineered to deliver exceptional tear resistance for demanding applications requiring superior mechanical durability.

Key Features:

  • Outstanding tear strength performance
  • Excellent tensile properties
  • Superior elongation characteristics
  • Enhanced fatigue resistance
  • Good processing stability

Processing Methods:

  • Compression molding for complex shapes
  • Extrusion for profiles and tubing

Typical Applications:

  • High-stress sealing components
  • Durable industrial gaskets
  • Vibration-resistant parts
  • Heavy-duty mechanical components

Premium-grade fumed silica silicone rubber optimized for applications demanding exceptional optical clarity and transparency combined with balanced mechanical performance.

Key Features:

  • Maximum optical transparency
  • Excellent light transmission
  • Minimal haze and cloudiness
  • Outstanding UV resistance
  • Superior color stability

Processing Methods:

  • Precision molding
  • Careful extrusion processing

Typical Applications:

  • Optical component sealing
  • LED encapsulation and lenses
  • Transparent tubing and hoses
  • Display and lighting applications
  • Medical observation devices

Advanced formulation featuring minimal compression set characteristics combined with excellent heat resistance, ideal for sealing applications requiring long-term dimensional stability.

Key Features:

  • Compression set less than 15% (industry-leading)
  • Exceptional sealing force retention
  • Outstanding thermal aging resistance
  • Excellent recovery properties
  • Long-term dimensional stability

Processing Methods:

  • Precision molding for O-rings
  • Extrusion for sealing profiles

Typical Applications:

  • High-performance O-rings and seals
  • Precision rollers and wheels
  • Automotive gaskets and seals
  • Industrial sealing systems
  • Hydraulic and pneumatic seals

Specially engineered general-purpose silicone rubber formulated for superior high-temperature performance in demanding thermal environments.

Key Features:

  • Exceptional high-temperature resistance
  • Extended service life at elevated temperatures
  • Minimal thermal degradation
  • Good mechanical property retention at high heat
  • Suitable for continuous operation at 250°C

Processing Methods:

  • Compression molding
  • High-temperature extrusion

Typical Applications:

  • High-temperature seals and gaskets
  • Thermal insulation components
  • Oven and furnace door seals
  • Automotive engine compartment parts
  • Industrial high-heat applications

Specialized formulation offering exceptional resistance to petroleum-based oils, hydraulic fluids, and various chemical media while maintaining excellent heat resistance.

Key Features:

  • Superior oil and solvent resistance
  • Excellent resistance to engine oils and mineral oils
  • Compatible with brake fluids (IRM901, IRM903)
  • Maintains properties in harsh chemical environments
  • Good heat resistance combined with chemical resistance

Processing Methods:

  • Compression molding
  • Extrusion processing

Typical Applications:

  • Automotive fuel system components
  • Oil-resistant seals and gaskets
  • Hydraulic system seals
  • Industrial equipment in oil environments
  • Chemical processing equipment

Phenyl-modified silicone elastomer delivering outstanding low-temperature flexibility combined with balanced mechanical characteristics for extreme cold applications.

Key Features:

  • Exceptional low-temperature flexibility (down to -110°C)
  • Balanced mechanical property profile
  • Good tensile strength and elongation
  • Enhanced cold weather performance
  • Maintains flexibility in extreme cold

Processing Methods:

  • Molding for precision components
  • Extrusion for profiles and seals

Typical Applications:

  • Arctic and cold climate seals
  • Aerospace low-temperature components
  • Refrigeration system seals
  • Cold storage equipment gaskets
  • Outdoor applications in cold regions

Advanced flame-retardant formulation combining excellent fire resistance with superior mechanical properties and thermal stability for safety-critical applications.

Key Features:

  • Excellent flame retardancy and self-extinguishing properties
  • Low smoke generation during combustion
  • Maintains mechanical integrity during fire exposure
  • Outstanding ceramicization performance
  • Density less than 1.4 g/cm³

Processing Methods:

  • Extrusion for cable jacketing
  • Molding for fire-resistant components

Typical Applications:

  • Fire-resistant cable and wire insulation
  • Safety equipment components
  • Building and construction fire barriers
  • Transportation vehicle fire protection
  • Electrical enclosure seals

Specialized fumed silica silicone rubber engineered specifically for extrusion of high-temperature rated electrical cables and wiring applications.

Key Features:

  • Exceptional heat resistance for UL high-temperature ratings
  • Optimized extrusion performance
  • Excellent electrical insulation properties
  • Superior aging resistance
  • Meets stringent electrical safety standards

Processing Methods:

  • Continuous cable extrusion
  • Wire coating processes

Typical Applications:

  • High-temperature electrical cables
  • UL-rated wire insulation
  • Industrial wiring harnesses
  • Appliance internal wiring
  • Automotive electrical systems

Premium platinum-catalyzed addition-cure silicone rubber formulated for food contact and medical applications requiring the highest purity standards.

Key Features:

  • Platinum catalyzed addition curing system
  • Ultra-high transparency
  • Food contact compliance (FDA, EU regulations)
  • Medical-grade purity
  • No post-cure odor or taste
  • Excellent biocompatibility

Processing Requirements:

  • Requires post-curing at 200°C for 4 hours for food contact
  • Clean room molding recommended
  • Precision extrusion capabilities

Typical Applications:

  • Food processing equipment seals
  • Baby bottle nipples and pacifiers
  • Medical device components
  • Pharmaceutical manufacturing equipment
  • Kitchenware and bakeware

Specialized conductive formulation incorporating carbon black or metallic fillers to provide controlled electrical conductivity for EMI shielding and grounding applications.

Key Features:

  • Controlled electrical conductivity (surface resistivity adjustable)
  • Excellent EMI/RFI shielding effectiveness
  • Maintains silicone’s inherent flexibility
  • Good compression set resistance
  • Heat and environmental resistance
  • Volume resistivity range: 10¹-10⁵ Ω·cm

Processing Methods:

  • Compression molding for gaskets
  • Extrusion for sealing profiles
  • Special handling to maintain conductivity

Typical Applications:

  • EMI/RFI shielding gaskets
  • Grounding and bonding strips
  • Electronic equipment enclosures
  • Telecommunications equipment
  • Conductive keypads and buttons
  • Static dissipative applications

Advanced formulation specifically engineered to withstand repeated steam sterilization cycles and continuous steam exposure without degradation of physical properties.

Key Features:

  • Excellent steam aging resistance
  • Withstands repeated autoclave cycles (121°C-134°C)
  • Minimal property change after steam exposure
  • Low compression set after steam aging
  • USP Class VI and ISO 10993 compliant grades available
  • Good tear strength retention

Processing Methods:

  • Compression molding
  • Extrusion molding
  • Post-cure recommended for optimal steam resistance

Typical Applications:

  • Medical device seals and gaskets
  • Autoclavable tubing and hoses
  • Sterilization equipment components
  • Food processing equipment in steam environments
  • Laboratory equipment seals
  • Pharmaceutical manufacturing seals

Specially formulated to achieve exceptional elongation properties exceeding 800% while maintaining good recovery characteristics and durability.

Key Features:

  • Elongation at break: 700-1000%
  • Excellent elastic recovery
  • Superior flexibility at low temperatures
  • Good tensile strength despite high elongation
  • Minimal permanent deformation
  • Maintains properties across temperature range

Processing Methods:

  • Compression molding for thin sections
  • Extrusion for flexible tubing
  • Calendering for thin sheets

Typical Applications:

  • Expansion joints and flexible connections
  • Inflatable seals and bladders
  • Flexible tubing and hoses
  • Diaphragms and bellows
  • Protective boots and covers
  • Flexible electrical insulation

Optimized low-viscosity formulation specifically designed for injection molding processes, offering excellent flow characteristics and fast cure times.

Key Features:

  • Low viscosity for excellent mold filling
  • Fast cure cycle times
  • Good flow into complex mold geometries
  • Minimal flash formation
  • Excellent dimensional stability
  • Balanced physical properties post-cure

Processing Methods:

  • Injection molding (primary method)
  • Transfer molding
  • Optimized for automated production

Typical Applications:

  • High-volume precision molded parts
  • Complex geometry components
  • Automotive interior trim parts
  • Consumer electronics components
  • Small precision seals and gaskets
  • Multi-cavity mold production

Engineered formulation featuring enhanced abrasion resistance through specialized filler systems while maintaining silicone’s excellent temperature and chemical resistance.

Key Features:

  • Superior abrasion resistance
  • Excellent wear properties under friction
  • Good tear strength
  • Maintains flexibility under wear conditions
  • Extended service life in demanding applications
  • Good resilience and recovery

Processing Methods:

  • Compression molding
  • Extrusion for wear-resistant profiles
  • Suitable for surface texturing

Typical Applications:

  • Rollers and wheels subject to wear
  • Conveyor belt covers and guides
  • Wear pads and wear strips
  • Industrial wiper blades
  • Textile machinery components
  • High-friction sealing applications

Specially formulated base compound optimized for custom color matching and pigmentation while maintaining excellent physical properties and color stability.

Key Features:

  • Excellent color acceptance and dispersion
  • Superior color stability and non-migration
  • Wide range of achievable colors
  • UV resistance for color retention
  • Good transparency in lightly pigmented grades
  • Maintains mechanical properties when pigmented

Processing Methods:

  • Compression molding with color masterbatch
  • Extrusion with continuous color feeding
  • Pre-compounding for batch production

Typical Applications:

  • Consumer product housings and covers
  • Branded seals and gaskets
  • Decorative and aesthetic applications
  • Color-coded identification systems
  • Medical device components (specific colors)
  • Automotive trim and accent parts

Advanced formulation designed to withstand gamma radiation, electron beam, and other ionizing radiation exposure for sterilization and nuclear applications.

Key Features:

  • Excellent gamma radiation resistance (up to 50 kGy)
  • Minimal property degradation after irradiation
  • Suitable for repeated sterilization cycles
  • Maintains elasticity post-radiation
  • Low compression set after radiation exposure
  • Good mechanical property retention

Processing Methods:

  • Compression molding
  • Extrusion molding
  • Clean room processing available

Typical Applications:

  • Radiation-sterilizable medical devices
  • Pharmaceutical packaging components
  • Nuclear industry seals and gaskets
  • Laboratory equipment for radioactive environments
  • Electron beam sterilized products
  • Aerospace radiation-exposed components

Innovative formulation featuring inherent self-bonding properties to various substrates without primers or adhesives, simplifying assembly processes.

Key Features:

  • Excellent adhesion to metals, plastics, and glass
  • No primer required for many substrates
  • Self-bonding during vulcanization
  • Good bond strength and durability
  • Maintains adhesion through temperature cycling
  • Resistant to peel and shear forces

Processing Methods:

  • Compression molding with substrate insertion
  • In-place gasket forming
  • Co-molding with metal or plastic inserts

Typical Applications:

  • Bonded seals and gaskets
  • Metal-bonded diaphragms
  • Overmolded assemblies
  • Vibration isolation mounts
  • Composite structures
  • Integrated seal systems

Reinforced formulation achieving higher hardness values (70-80 Shore A) while maintaining silicone’s unique properties for applications requiring greater rigidity.

Key Features:

  • High hardness: 70-80 Shore A
  • Excellent dimensional stability
  • Good load-bearing capacity
  • Maintains heat resistance
  • Low compression set despite higher hardness
  • Good abrasion and wear resistance

Processing Methods:

  • Compression molding (higher pressure)
  • Transfer molding
  • Suitable for precision parts

Typical Applications:

  • Hard sealing faces and surfaces
  • Structural support components
  • Load-bearing rollers
  • High-pressure seals
  • Precision molded parts requiring rigidity
  • Wear plates and protective covers

Extra-soft formulation providing exceptional tactile comfort and cushioning with hardness as low as 10-20 Shore A for consumer and medical applications.

Key Features:

  • Very low hardness: 10-25 Shore A
  • Exceptional softness and comfort
  • Excellent cushioning properties
  • Good resilience and recovery
  • Skin-friendly and hypoallergenic
  • Maintains integrity despite low hardness

Processing Methods:

  • Careful compression molding
  • Extrusion for soft profiles
  • Requires gentle demolding techniques

Typical Applications:

  • Soft-touch grips and handles
  • Cushioning pads and bumpers
  • Medical device contact surfaces
  • Baby care products
  • Prosthetic liners and interfaces
  • Comfort seals and gaskets
  • Ergonomic contact surfaces

Specialized formulation incorporating detectable fillers for food processing and pharmaceutical applications where contamination detection is critical.

Key Features:

  • Metal detector detectable
  • X-ray visible for inspection
  • FDA compliant formulations available
  • Distinctive blue color for visual identification
  • Maintains food-grade properties
  • Good mechanical properties despite additives

Processing Methods:

  • Compression molding
  • Extrusion molding
  • Clean processing environment required

Typical Applications:

  • Food processing equipment seals
  • Pharmaceutical manufacturing gaskets
  • Conveyor belt components
  • Food contact surfaces requiring traceability
  • Bakery and meat processing equipment
  • Quality control critical applications

Premium fluorosilicone liquid rubber combining silicone’s temperature resistance with exceptional fuel, oil, and solvent resistance for demanding aerospace and automotive applications.

Key Features:

  • Excellent fuel and oil resistance
  • Superior solvent resistance
  • Low-temperature flexibility: -60°C
  • High-temperature capability: +200°C continuous
  • Good compression set in fuel/oil environments
  • Resistant to aviation fuels (Jet A, JP-4, JP-8)
  • Compatible with automotive fuels (E10, E85)

Processing Methods:

  • Specialized FLSR injection molding
  • Higher cure temperatures: 170-200°C
  • Post-cure mandatory for fuel resistance

Typical Applications:

  • Aerospace fuel system seals
  • Automotive fuel line components
  • Oil-resistant O-rings and gaskets
  • Chemical processing seals
  • Aircraft engine seals
  • Fuel injector components

Premium biocompatible liquid silicone rubber formulated to meet stringent medical device regulatory requirements including USP Class VI and ISO 10993 compliance.

Key Features:

  • USP Class VI certified
  • ISO 10993 biocompatibility compliant
  • FDA Drug Master File (DMF) support available
  • Implant-grade formulations available
  • Excellent steam autoclave resistance
  • Multiple sterilization compatible (autoclave, EtO, gamma, e-beam)
  • Low extractables and minimal odor

Processing Requirements:

  • Clean room molding recommended (ISO 7-8)
  • Post-cure: 200°C for 4 hours (as required)
  • Comprehensive lot traceability

Typical Applications:

  • Surgical instruments and devices
  • Catheters and tubing
  • Respiratory masks and valves
  • Drug delivery systems
  • Wound care products
  • Implantable device components
  • Medical seals and gaskets

FDA-compliant liquid silicone rubber specifically formulated for food contact applications, meeting FDA 21 CFR 177.2600 and European food contact regulations.

Key Features:

  • FDA 21 CFR 177.2600 compliant
  • EU Regulation 10/2011 conformity
  • BfR Recommendation XV compliant
  • LFGB German food law certified
  • Taste and odor neutral
  • High transparency options
  • Temperature range: -40°C to +230°C

Processing Methods:

  • Liquid injection molding (LIM)
  • Post-cure required: 200°C for 4 hours
  • Food-grade mold release agents

Typical Applications:

  • Baby bottle nipples and pacifiers
  • Baking molds and cooking utensils
  • Kitchen gadgets and tools
  • Food processing equipment seals
  • Ice cube trays and molds
  • Beverage dispensing components
  • Food storage container seals

Advanced formulation engineered for extended service in elevated temperature environments with superior thermal aging resistance and minimal property degradation.

Key Features:

  • Continuous service temperature: up to 250°C
  • Intermittent exposure: up to 300°C
  • Exceptional thermal aging resistance
  • Low compression set at high temperatures
  • Minimal hardness change after heat aging
  • Good dimensional stability
  • Excellent oxidation resistance

Processing Parameters:

  • Injection temperature: 160-200°C
  • Cure time: 40-90 seconds
  • Post-cure recommended for optimal properties

Typical Applications:

  • Automotive engine compartment components
  • High-temperature seals and gaskets
  • LED lighting fixtures and housings
  • Oven and appliance door seals
  • Industrial high-heat applications
  • Electrical insulation in hot environments

Engineered formulation featuring exceptionally low compression set characteristics for demanding sealing applications requiring long-term recovery and dimensional stability.

Key Features:

  • Compression set <10% (22h @ 175°C, ASTM D395B)
  • Excellent sealing force retention
  • Superior elastic recovery properties
  • Minimal creep and stress relaxation
  • Long-term dimensional stability
  • Good thermal cycling resistance

Processing Methods:

  • Precision liquid injection molding
  • Optimized cure profiles for minimal compression set
  • Post-cure: 200°C for 4 hours (recommended)

Typical Applications:

  • High-performance O-rings and seals
  • Precision sealing in hydraulic systems
  • Automotive transmission seals
  • Valve seats and diaphragms
  • Industrial sealing applications
  • Long-life gasket applications

Innovative adhesion-promoting liquid silicone rubber enabling primerless bonding to various substrates including plastics, metals, and glass during the molding process.

Key Features:

  • Primerless adhesion to multiple substrates
  • Excellent bond strength to PA, PBT, PC, ABS
  • Good adhesion to aluminum and stainless steel
  • Bonds to glass and ceramic surfaces
  • Reduces assembly steps and costs
  • Enables complex multi-material designs
  • Durable bond under environmental stress

Compatible Substrates:

  • Glass-filled nylon (PA6, PA66)
  • PBT and PC/ABS blends
  • Polysulfone and polycarbonate
  • Aluminum and stainless steel alloys

Typical Applications:

  • Overmolded seals on plastic housings
  • Composite automotive components
  • Multi-material consumer electronics
  • Soft-touch grips on rigid substrates
  • Integrated seal assemblies
  • Metal-bonded diaphragms

Premium ultra-transparent liquid silicone rubber formulated for optical applications requiring maximum clarity, minimal haze, and excellent light transmission properties.

Key Features:

  • Exceptional optical clarity and transparency
  • Light transmission >92% (1mm thickness)
  • Low haze and minimal yellowing
  • Refractive index: 1.40-1.43
  • Excellent UV stability
  • Superior color stability over time
  • Available in multiple hardness levels

Processing Requirements:

  • Ultra-clean molding environment
  • Precision temperature control
  • Optical-grade mold finishing

Typical Applications:

  • LED lenses and light guides
  • Optical seals and gaskets
  • Camera module components
  • Display bonding and sealing
  • Lighting fixtures and covers
  • Optical fiber protection
  • Precision optical instruments

Specialized conductive-grade liquid silicone rubber incorporating carbon black fillers to provide controlled electrical conductivity for EMI/RFI shielding applications.

Key Features:

  • Volume resistivity: 1-100 Ω·cm
  • Surface resistivity: <10³ Ω/sq
  • Excellent EMI/RFI shielding effectiveness
  • Maintains silicone’s flexibility and resilience
  • Good compression set resistance
  • Superior environmental stability
  • Uniform conductivity distribution

Processing Methods:

  • Liquid injection molding with conductive tooling
  • Special handling to maintain conductivity
  • ESD-safe processing environment

Typical Applications:

  • EMI/RFI shielding gaskets
  • Grounding and bonding strips
  • Conductive keypads and buttons
  • ESD protection devices
  • Electronic enclosure seals
  • Telecommunications equipment
  • Static dissipative applications

Advanced flame-retardant formulation meeting UL 94 V-0 and V-1 ratings for applications requiring superior fire resistance and low smoke generation.

Key Features:

  • UL 94 V-0 / V-1 rated formulations
  • Low smoke generation during combustion
  • Self-extinguishing properties
  • Halogen-free options available
  • Maintains mechanical properties
  • Good electrical insulation
  • Temperature resistance maintained

Processing Parameters:

  • Standard LSR injection molding equipment
  • Cure temperature: 160-190°C
  • Post-cure for optimal flame retardancy

Typical Applications:

  • Wire and cable insulation
  • Electrical connector seals
  • Building and construction components
  • Transportation vehicle interiors
  • Electronics housing and enclosures
  • Fire-resistant barriers and seals
  • Industrial safety equipment

Advanced flame-retardant formulation meeting UL 94 V-0 and V-1 ratings for applications requiring superior fire resistance and low smoke generation.

Key Features:

  • UL 94 V-0 / V-1 rated formulations
  • Low smoke generation during combustion
  • Self-extinguishing properties
  • Halogen-free options available
  • Maintains mechanical properties
  • Good electrical insulation
  • Temperature resistance maintained

Processing Parameters:

  • Standard LSR injection molding equipment
  • Cure temperature: 160-190°C
  • Post-cure for optimal flame retardancy

Typical Applications:

  • Wire and cable insulation
  • Electrical connector seals
  • Building and construction components
  • Transportation vehicle interiors
  • Electronics housing and enclosures
  • Fire-resistant barriers and seals
  • Industrial safety equipment

Innovative oil-filled liquid silicone rubber that releases lubricating oil to the surface after curing, providing long-lasting self-lubrication for dynamic sealing applications.

Key Features:

  • Continuous surface lubrication
  • Reduced friction and wear
  • Extended seal life in dynamic applications
  • Controlled oil bleeding rate
  • Available in standard and low-volatility grades
  • Maintains dimensional stability
  • Good compression set despite oil content

Processing Considerations:

  • Standard LSR molding equipment
  • Mold design to accommodate oil migration
  • Post-cure to stabilize oil distribution

Typical Applications:

  • Dynamic O-rings and seals
  • Piston seals and rod wipers
  • Pneumatic cylinder seals
  • Valve stems and actuators
  • Sliding contact applications
  • Automotive moving parts

High-reactivity formulation engineered for ultra-fast cure cycles enabling maximum production efficiency for high-volume manufacturing applications.

Key Features:

  • Ultra-fast cure: 20-45 seconds typical
  • Maximum production throughput
  • Excellent mechanical properties despite fast cure
  • Good pot life at room temperature
  • Minimal post-cure requirements
  • Energy-efficient processing
  • Suitable for thin-wall molding

Processing Parameters:

  • Injection temperature: 170-190°C
  • Cure time: 20-45 seconds (wall thickness dependent)
  • High-speed automation compatible

Typical Applications:

  • High-volume consumer goods
  • Mass-produced automotive components
  • Electronics accessories
  • Baby care products
  • Disposable medical devices
  • Thin-wall molded parts

Specialized medical-grade formulation incorporating barium sulfate for X-ray visibility, essential for medical devices requiring radiographic detection.

Key Features:

  • X-ray visible for radiographic detection
  • Barium sulfate radiopaque additive
  • USP Class VI biocompatibility
  • ISO 10993 compliant
  • Maintains mechanical properties
  • Multiple sterilization compatible
  • Available in various opacity levels

Processing Methods:

  • Medical-grade clean room molding
  • Standard LSR processing equipment
  • Post-cure as required for medical applications

Typical Applications:

  • Catheters and drainage tubes
  • Wound drains
  • Surgical drains and devices
  • Feeding tubes
  • Medical balloons
  • Interventional devices
  • Implantable components requiring tracking

Innovative low-temperature curing formulation ideal for overmolding thermally sensitive substrates and low-melting-point plastics without damage.

Key Features:

  • Cure temperature: 115-140°C
  • Protects heat-sensitive components
  • Fast cure at reduced temperatures
  • Compatible with PC, ABS, and other thermoplastics
  • Good mechanical properties
  • Minimal thermal stress on substrates
  • Excellent adhesion to plastics

Processing Advantages:

  • Enables overmolding of delicate electronics
  • Reduces substrate warpage
  • Lower energy consumption

Typical Applications:

  • Overmolding on electronic assemblies
  • Seals on thermally sensitive devices
  • Consumer electronics soft-touch components
  • LED and lighting overmolding
  • Wearable device components
  • Medical device assemblies

Ultra-soft gel-like formulation providing exceptional elongation and cushioning properties for comfort-critical and tactile-sensitive applications.

Key Features:

  • Hardness range: 10-30 Shore A (very soft)
  • Elongation at break: >800%
  • Excellent cushioning and comfort
  • Superior tactile properties
  • Skin-friendly and hypoallergenic
  • Good tear resistance despite softness
  • Biocompatible formulations available

Processing Considerations:

  • Gentle demolding required
  • Careful mold design for soft materials
  • Standard LSR equipment suitable

Typical Applications:

  • Soft-touch grips and handles
  • Cushioning pads and bumpers
  • Wearable device contact surfaces
  • Medical device patient interfaces
  • Prosthetic liners
  • Earphone tips and seals
  • Comfort accessories

Reinforced formulation engineered for exceptional tear resistance and durability in demanding applications subjected to mechanical stress and fatigue.

Key Features:

  • Tear strength: >35 kN/m (Die B)
  • Exceptional tensile strength: >10 MPa
  • Superior elongation at break: >700%
  • Excellent abrasion resistance
  • Good fatigue resistance under cyclic loading
  • Maintains properties over temperature range
  • Low compression set

Processing Methods:

  • Standard liquid injection molding
  • Optimized for complex geometries
  • Post-cure enhances mechanical properties

Typical Applications:

  • Durable seals and gaskets
  • Vibration-resistant components
  • High-stress mechanical parts
  • Automotive suspension components
  • Industrial machinery seals
  • Heavy-duty consumer products
  • Sports and recreation equipment

Specialized formulation incorporating antistatic agents to prevent dust accumulation and static discharge in sensitive electronic applications.

Key Features:

  • Surface resistivity: 10⁹-10¹¹ Ω/sq
  • Prevents dust and particle attraction
  • Static dissipative properties
  • Maintains transparency options
  • Good mechanical properties
  • Suitable for clean room environments
  • Long-lasting antistatic performance

Processing Parameters:

  • Standard LSR injection molding
  • ESD-safe processing environment
  • Post-cure stabilizes antistatic properties

Typical Applications:

  • Electronic device housings
  • Optical component seals
  • Medical device surfaces
  • Clean room applications
  • Display screen seals
  • Precision electronic assemblies
  • 3C electronics components

Low-viscosity formulation optimized for coating and impregnating fabrics, providing waterproofing, fire resistance, and enhanced durability to textile materials.

Key Features:

  • Ultra-low viscosity for fabric penetration
  • Excellent adhesion to various textiles
  • Waterproof and breathable options
  • Flame retardant grades available (UL 94 V-0)
  • Maintains fabric flexibility and drape
  • Good abrasion resistance
  • UV and weather resistant

Processing Methods:

  • Dip coating and impregnation
  • Spray coating applications
  • Continuous coating lines
  • Cure: 150-180°C

Typical Applications:

  • Fiberglass fabric coating
  • Protective clothing and apparel
  • Industrial curtains and barriers
  • Airbag coating (automotive/aviation)
  • Fire-resistant textiles
  • Electrical insulation sleeves
  • Outdoor gear waterproofing

Specialized electrical-grade formulation designed for power transmission and high-voltage insulation applications with superior dielectric properties.

Key Features:

  • Excellent dielectric strength: >20 kV/mm
  • High volume resistivity: >10¹⁴ Ω·cm
  • Superior tracking and arc resistance (CTI >600)
  • Excellent hydrophobicity
  • UV and weathering resistance
  • Low compression set under electrical stress
  • Temperature range: -40°C to +200°C

Processing Requirements:

  • Clean injection molding environment
  • Controlled moisture levels
  • Post-cure for optimal electrical properties

Typical Applications:

  • High-voltage insulators
  • Power transmission line components
  • Electrical connector insulation
  • Substation equipment
  • Cable accessories and terminations
  • Transformer bushings
  • Lightning arrester housing

Pre-dispersed high-quality pigment concentrates designed for accurate color matching and consistent coloration of liquid silicone rubber products.

Key Features:

  • Wide color palette available
  • Heat-stable pigments (up to 250°C)
  • Cadmium-free and heavy-metal-free
  • Excellent color consistency
  • UV-resistant formulations
  • Does not affect cure characteristics
  • Compatible with standard LSR grades

Processing Methods:

  • Dedicated metering mixing equipment
  • Addition rates: 0.5-5% typical
  • Inline color dosing systems

Typical Applications:

  • Consumer product color customization
  • Brand-specific colored components
  • Medical device color coding
  • Baby care product aesthetics
  • Automotive interior accents
  • Color-coded identification systems
  • Decorative consumer goods

Versatile fluorosilicone rubber formulation delivering balanced mechanical properties with excellent fuel and oil resistance for general-purpose applications requiring chemical compatibility beyond standard silicone capabilities.

Key Features:

  • Operating temperature: -60°C to +200°C
  • Excellent fuel and oil resistance (IRM 901, 903)
  • Good compression set performance
  • Superior resilience and flexibility
  • Hardness range: 40-80 Shore A
  • Resistant to aviation fuels (Jet A, JP-4, JP-8)
  • Compatible with automotive fuels (gasoline, diesel, E10, E85)

Processing Methods:

  • Compression molding (peroxide cure)
  • Transfer molding
  • Extrusion (continuous vulcanization)
  • Calendering for sheet production

Typical Applications:

  • Fuel system O-rings and seals
  • Oil-resistant gaskets and diaphragms
  • Automotive fuel hoses and seals
  • Aircraft fuel tank components
  • General industrial fuel/oil applications
  • Chemical processing seals

Advanced fluorosilicone formulation engineered for exceptional tear resistance and mechanical durability while maintaining superior fuel and media resistance for demanding dynamic sealing applications.

Key Features:

  • Enhanced tear strength: >25 kN/m (Die B)
  • Excellent tensile strength: >7 MPa
  • Superior elongation at break: >400%
  • Outstanding fuel and oil resistance
  • Good abrasion resistance
  • Improved fatigue resistance
  • Suitable for dynamic applications

Processing Parameters:

  • Peroxide vulcanization system
  • Cure temperature: 160-180°C
  • Post-cure: 200°C for 4 hours (recommended)

Typical Applications:

  • High-stress fuel system seals
  • Dynamic O-rings in fuel environments
  • Automotive turbocharger seals
  • Aviation hydraulic system components
  • Heavy-duty industrial seals
  • Vibration-resistant fuel hoses
  • Chemical processing equipment

Specialized fluorosilicone rubber specifically engineered for turbocharger applications, featuring exceptional oil resistance, adhesion to substrates, and performance under elevated temperatures and pressures.

Key Features:

  • Optimized for turbocharger environments
  • Excellent adhesion to aluminum and steel substrates
  • Superior oil and fuel resistance
  • High-temperature stability: up to 200°C continuous
  • Resistant to engine oils and lubricants
  • Good compression set under thermal cycling
  • Ozone and weather resistant

Processing Characteristics:

  • Excellent extrusion processability
  • Compatible with hose mandrel curing
  • Good substrate bonding during cure

Typical Applications:

  • Turbocharger air ducts and hoses
  • Charge air cooler connections
  • Intake manifold seals
  • Engine oil system components
  • High-pressure fuel line boots
  • Diesel engine sealing systems

Premium fluorosilicone compound optimized for extrusion processing, delivering excellent dimensional control, surface finish, and fuel/oil resistance for continuous vulcanization production.

Key Features:

  • Optimized rheology for extrusion
  • Excellent die swell control
  • Superior surface finish
  • Consistent dimensional stability
  • Outstanding fuel and media resistance
  • Good green strength for handling
  • Fast cure in continuous vulcanization (CV) lines

Processing Advantages:

  • Minimal die build-up during extrusion
  • Excellent process stability
  • Compatible with hot air, steam, or liquid CV
  • Good splice strength

Typical Applications:

  • Fuel hoses and tubing
  • Oil-resistant gasket profiles
  • Continuous cord seals
  • Weather-resistant fuel system seals
  • Aerospace tubing and profiles
  • Industrial hose liners

Specialized electrical-grade fluorosilicone formulated for outstanding performance in transformer oil environments, combining excellent dielectric properties with superior chemical resistance.

Key Features:

  • Excellent transformer oil resistance
  • Superior dielectric strength: >18 kV/mm
  • High volume resistivity: >10¹³ Ω·cm
  • Excellent physical and mechanical properties
  • Minimal swelling in mineral oils
  • Good thermal aging resistance
  • Low compression set in oil

Electrical Performance:

  • Maintains insulation in oil environments
  • Excellent tracking resistance (CTI >400)
  • Corona resistant formulation

Typical Applications:

  • Transformer gaskets and seals
  • Electrical insulator components
  • Oil-filled capacitor seals
  • Power transmission equipment
  • Electrical switchgear sealing
  • High-voltage bushings
  • Oil-immersed cable accessories

Premium aerospace-qualified fluorosilicone meeting AMS specifications for aircraft fuel systems, delivering exceptional reliability and performance in the most demanding aviation applications.

Key Features:

  • AMS 3325/3330 compliant formulations
  • Qualified for Jet A, JP-4, JP-5, JP-8 fuels
  • Temperature range: -65°C to +200°C
  • Low-temperature flexibility down to -65°C
  • Excellent compression set: <25% (70h @ 200°C)
  • Superior weathering and ozone resistance
  • Traceable lot control and documentation

Aerospace Compliance:

  • AMS-R-25988 qualified
  • Full material traceability
  • Certificate of compliance provided

Typical Applications:

  • Aircraft fuel tank seals
  • Aviation fuel system O-rings
  • Jet engine fuel line seals
  • Aerospace fuel pump diaphragms
  • Aircraft hydraulic system seals
  • Fuel valve components

Advanced formulation engineered for minimal compression set in fuel and oil environments, ensuring long-term sealing force retention in critical static and dynamic applications.

Key Features:

  • Ultra-low compression set: <15% (22h @ 175°C)
  • <10% compression set in fuel environments
  • Excellent sealing force retention
  • Superior fuel and oil resistance
  • Good resilience after thermal cycling
  • Long-term dimensional stability
  • Minimal creep and stress relaxation

Performance Advantages:

  • Extended service life in sealing applications
  • Reduced maintenance intervals
  • Reliable performance over temperature cycles

Typical Applications:

  • Critical fuel system O-rings
  • Long-life aviation seals
  • Automotive fuel injector seals
  • High-precision hydraulic seals
  • Fuel pump diaphragms
  • Valve seats in fuel systems

Innovative fluorosilicone compound combining fuel resistance with superior flame retardancy for applications requiring both chemical compatibility and fire safety compliance.

Key Features:

  • UL 94 V-0 flame retardancy
  • Excellent fuel and oil resistance maintained
  • Low smoke generation
  • Self-extinguishing properties
  • Good mechanical properties
  • Halogen-free options available
  • Maintains flexibility after fire exposure

Fire Safety Performance:

  • LOI (Limiting Oxygen Index): >28%
  • Low flame spread characteristics
  • Minimal toxic gas emission

Typical Applications:

  • Fire-resistant fuel hoses
  • Aerospace fire barriers with fuel contact
  • Automotive underhood fire protection
  • Fire-safe electrical insulation in oil
  • Transportation safety components
  • Marine fuel system components

Versatile phenyl-modified silicone rubber featuring balanced mechanical properties with exceptional low-temperature flexibility for applications requiring reliable performance in extreme cold environments.

Key Features:

  • Outstanding low-temperature resistance: down to -110°C
  • Glass transition temperature: -120°C
  • Operating temperature: -110°C to +200°C
  • Excellent flexibility in cold conditions
  • Good mechanical property balance
  • Superior ozone and weather resistance
  • Maintains resilience at extreme cold

Processing Methods:

  • Compression molding (peroxide cure)
  • Extrusion with continuous vulcanization
  • Transfer molding for complex shapes
  • Calendering for sheet stock

Typical Applications:

  • Arctic environment seals and gaskets
  • Cold climate automotive components
  • Aerospace low-temperature seals
  • Cryogenic equipment seals
  • Refrigeration industry gaskets
  • Cold storage door seals
  • Winter sports equipment

Ultra-low temperature phenyl silicone formulation engineered for the most demanding cold environment applications, maintaining flexibility and sealing performance at temperatures approaching -120°C.

Key Features:

  • Extreme low-temperature capability: -120°C
  • Lowest glass transition temperature among elastomers
  • Retains flexibility at cryogenic temperatures
  • Excellent cold impact resistance
  • Superior resilience after thermal shock
  • Good tensile strength at low temperature
  • Hardness range: 15-40 Shore A

Compliance Standards:

  • AMS 3332 qualified (aerospace grade)
  • ASTM D 2137 brittle point: <-103°C
  • A-A 59588 Class 1A compliant

Typical Applications:

  • Cryogenic fluid handling systems
  • LNG (liquefied natural gas) seals
  • Spacecraft and satellite seals
  • Polar research equipment
  • Ultra-low temperature laboratory seals
  • Aerospace cold environment applications
  • Arctic oil and gas exploration

Advanced phenyl silicone formulation combining exceptional low-temperature performance with enhanced mechanical strength and tear resistance for demanding dynamic applications.

Key Features:

  • High tensile strength: >6 MPa at -60°C
  • Enhanced tear resistance: >20 kN/m at low temp
  • Excellent elongation: >350% at -80°C
  • Low-temperature flexibility: -100°C
  • Superior fatigue resistance in cold
  • Good abrasion resistance
  • Hardness: 45-65 Shore A

Aerospace Qualification:

  • AMS 3345/3346 compliant
  • Aircraft piston engine oil resistant
  • Full material traceability

Typical Applications:

  • Aerospace dynamic seals
  • Aircraft cold weather O-rings
  • High-altitude sealing systems
  • Heavy-duty arctic equipment
  • Cold climate vibration isolators
  • Low-temperature shock absorbers

Specialized phenyl silicone compound engineered for exceptional radiation resistance while maintaining superior low-temperature performance for nuclear and space applications.

Key Features:

  • Outstanding radiation resistance: up to 100 Mrad
  • Gamma radiation stable
  • Maintains properties after neutron exposure
  • Low-temperature capability: -100°C
  • Minimal property degradation post-irradiation
  • Good mechanical stability
  • Self-extinguishing characteristics

Radiation Stability:

  • Gamma radiation: up to 10⁷ rad
  • Electron beam sterilization compatible
  • Minimal off-gassing in vacuum

Typical Applications:

  • Nuclear power plant seals
  • Radiation shielding components
  • Space exploration equipment
  • Satellite sealing systems
  • Medical radiation equipment
  • High-energy physics instruments
  • Nuclear waste containment

Innovative phenyl silicone combining low-temperature flexibility with superior flame retardancy and self-extinguishing properties for cold environment safety-critical applications.

Key Features:

  • UL 94 V-0 flame retardancy
  • Self-extinguishing without additives
  • Low-temperature performance: -100°C
  • Excellent burning resistance
  • Low smoke density
  • Non-toxic combustion products
  • Maintains flexibility after flame exposure

Fire Safety Performance:

  • High limiting oxygen index (LOI >30%)
  • Minimal flame spread
  • Low heat release rate

Typical Applications:

  • Aerospace fire barriers (cold regions)
  • Aircraft cabin seals (high altitude)
  • Railway cold climate fire protection
  • Marine safety equipment (arctic vessels)
  • Industrial fire-resistant seals
  • Cold storage fire safety components

Hybrid formulation combining phenyl groups for low-temperature performance with enhanced oil and fuel resistance for cold climate petroleum applications.

Key Features:

  • Low-temperature flexibility: -90°C
  • Improved oil and fuel resistance vs. standard PVMQ
  • Good piston engine oil compatibility
  • Minimal swelling in petroleum products
  • Temperature range: -90°C to +200°C
  • Good compression set in oil
  • Excellent weather and ozone resistance

Chemical Compatibility:

  • Aircraft piston engine oils
  • Automotive lubricants
  • Diesel fuels at low temperature

Typical Applications:

  • Cold climate engine seals
  • Arctic oil exploration equipment
  • Winter aviation fuel systems
  • Cold storage hydraulic seals
  • Refrigeration compressor seals
  • Cold climate automotive applications
 

Premium aerospace-qualified phenyl silicone meeting stringent AMS specifications for aircraft and spacecraft applications requiring extreme low-temperature sealing performance.

Key Features:

  • AMS 3332/3345/3346 compliant
  • Qualified for high-altitude applications
  • Temperature range: -115°C to +200°C
  • Excellent low-pressure flexibility
  • Superior ozone and UV resistance
  • Low outgassing in vacuum (ASTM E595)
  • Full traceability and certification

Aerospace Compliance:

  • MIL-R-25988 qualified
  • NASA low-outgassing approved
  • Complete documentation package

Typical Applications:

  • Spacecraft environmental seals
  • High-altitude aircraft seals
  • Satellite door gaskets
  • Space station components
  • Aerospace cabin pressure seals
  • Rocket engine sealing systems
  • Cryogenic propellant systems

Specialized phenyl silicone formulation engineered for vibration damping and shock absorption while maintaining excellent low-temperature elasticity and resilience.

Key Features:

  • Excellent damping characteristics
  • High loss factor for vibration isolation
  • Low-temperature flexibility: -100°C
  • Good dynamic mechanical properties
  • Superior resilience and energy absorption
  • Temperature-stable damping performance
  • Resistance to dynamic fatigue

Damping Performance:

  • Effective across wide frequency range
  • Maintains damping at low temperatures
  • Good vibration isolation ratio

Typical Applications:

  • Cold climate vibration isolators
  • Aerospace shock absorbers
  • Engine mounts for arctic vehicles
  • Precision instrument dampers
  • Low-temperature anti-vibration pads
  • Satellite vibration damping
  • Cold climate seismic isolators

Tin-catalyzed condensation-cure RTV-2 silicone featuring ultra-low hardness for highly flexible molds. Excellent for intricate detail reproduction in craft and art applications.

Key Features:

  • Hardness: 15-25 Shore A (very soft and flexible)
  • Mix ratio: 100:2 to 100:5 (base:catalyst)
  • Pot life: 30-60 minutes at 25°C
  • Cure time: 4-8 hours at room temperature
  • Low viscosity: 8,000-15,000 cP
  • Excellent flowability and air release
  • Shrinkage: <0.2%
  • Good tear strength: >18 kN/m

Processing Methods:

  • Brush-on molding for large surfaces
  • Pour molding for simple shapes
  • Vacuum degassing recommended
  • Room temperature cure (15-30°C)

Typical Applications:

  • Craft and hobby mold making
  • Sculpture reproduction
  • Decorative plaster casting
  • Flexible detail molds
  • Artistic reproduction
  • Prototype development

Versatile tin-catalyzed RTV-2 silicone offering balanced flexibility and durability for general-purpose mold making across diverse industrial and craft applications.

Key Features:

  • Hardness: 25-35 Shore A (medium hardness)
  • Mix ratio: 100:2 to 100:3 (base:catalyst)
  • Pot life: 40-80 minutes
  • Cure time: 6-10 hours at 25°C
  • Viscosity: 15,000-25,000 cP
  • Excellent dimensional stability
  • Shrinkage: <0.25%
  • Tear strength: >22 kN/m
  • Good chemical resistance

Performance Characteristics:

  • High duplication accuracy
  • Extended mold life (100+ casts)
  • Excellent release properties

Typical Applications:

  • Polyurethane resin casting molds
  • Epoxy resin molds
  • Concrete decorative products
  • GRC component molding
  • Industrial prototyping
  • Candlemaking molds
  • Soap manufacturing

Firm tin-catalyzed RTV-2 silicone providing enhanced structural support and dimensional accuracy for production molds requiring rigidity and long service life.

Key Features:

  • Hardness: 35-45 Shore A (firm)
  • Mix ratio: 100:2 to 100:3
  • Pot life: 50-90 minutes
  • Cure time: 8-12 hours at room temperature
  • Viscosity: 20,000-30,000 cP
  • Superior dimensional stability
  • Shrinkage: <0.15%
  • High tear strength: >28 kN/m
  • Excellent shape retention

Processing Advantages:

  • Minimal mold deformation under load
  • Suitable for vertical surface application
  • Good self-supporting properties

Typical Applications:

  • Production molds for resin casting
  • Low-melt metal alloy casting
  • Architectural element reproduction
  • Large-scale industrial molds
  • High-volume production molds
  • Precision mechanical parts

Premium platinum-catalyzed addition-cure RTV-2 featuring ultra-low hardness, high purity, and no cure byproducts for sensitive applications requiring exceptional softness.

Key Features:

  • Hardness: 10-20 Shore A (gel-like soft)
  • Mix ratio: 1:1 or 10:1 by weight
  • Pot life: 20-40 minutes
  • Cure time: 2-4 hours at 25°C (faster with heat)
  • Heat cure option: 60-80°C for 30-60 minutes
  • Odorless and no cure byproducts
  • Low shrinkage: <0.1%
  • Optically clear transparency
  • Food contact compliant (FDA 21 CFR 177.2600)

Quality Advantages:

  • High purity formulation
  • No alcohol release during cure
  • Minimal odor

Typical Applications:

  • Food-safe molds (chocolate, candy, fondant)
  • Skin-safe prosthetic molding
  • Life casting applications
  • Medical device prototyping
  • Ultra-detail art reproduction
  • Flexible soft-touch molds

High-performance platinum-cure RTV-2 silicone delivering optimal balance of flexibility and structural integrity with superior mechanical properties and no cure inhibition.

Key Features:

  • Hardness: 25-35 Shore A
  • Mix ratio: 1:1 by weight (convenient)
  • Pot life: 30-50 minutes at 23°C
  • Cure time: 4-6 hours at RT / 30 min at 80°C
  • Translucent to transparent
  • Shrinkage: <0.1%
  • Excellent tear strength: >25 kN/m
  • Superior dimensional accuracy
  • Can be pigmented with silicone colorants

Processing Features:

  • Low viscosity for easy mixing
  • Vacuum degassing optional
  • Compatible with release agents

Typical Applications:

  • Precision casting molds
  • Polyurethane and epoxy casting
  • Vacuum casting production
  • Jewelry mold making
  • Rapid prototyping
  • Industrial pattern making
  • Special effects molds

Advanced platinum-cure RTV-2 silicone offering exceptional mechanical strength, optical clarity, and precision for demanding applications requiring rigidity and transparency.

Key Features:

  • Hardness: 40-60 Shore A (firm/rigid)
  • Mix ratio: Varies (typically 1:1 or 10:1)
  • Pot life: 40-60 minutes
  • Cure time: 6-10 hours at RT / 1-2 hours at 60-80°C
  • High transparency and optical clarity
  • Superior tensile strength: >7 MPa
  • Excellent tear resistance: >30 kN/m
  • Elongation at break: >400%
  • Minimal shrinkage: <0.1%

Advanced Properties:

  • High fidelity detail capture
  • Excellent shape memory
  • Superior mold life (200+ cycles)

Typical Applications:

  • High-detail precision molds
  • Complex geometry reproduction
  • Master mold production
  • Optical component molding
  • Encapsulation applications
  • Prototype tooling

Specially formulated RTV-2 silicone engineered for maximum tear resistance and durability in challenging demolding situations and high-volume production environments.

Key Features:

  • Exceptional tear strength: >35 kN/m (Die B)
  • Hardness: 25-35 Shore A
  • Mix ratio: 1:1 (platinum cure)
  • Enhanced mechanical properties
  • Superior elongation: >500%
  • Excellent fatigue resistance
  • Good chemical resistance
  • Extended mold life

Durability Features:

  • Resistant to complex demolding
  • Handles undercuts and fine detail
  • Withstands repeated use cycles

Typical Applications:

  • Deep undercut mold designs
  • High-volume production molds
  • Complex geometry molding
  • Thin-wall part molding
  • Challenging demolding applications
  • Industrial manufacturing molds

Rapid-curing RTV-2 silicone formulated for reduced processing time and increased productivity in fast-turnaround molding applications without compromising quality.

Key Features:

  • Hardness: 20-40 Shore A
  • Fast pot life: 10-20 minutes
  • Rapid cure: 1-3 hours at room temperature
  • Heat cure option: 15-30 min at 60-80°C
  • Good mechanical properties despite fast cure
  • Low shrinkage maintained
  • Platinum or tin catalyst options

Productivity Advantages:

  • Reduced project turnaround time
  • Multiple molds per day possible
  • Suitable for urgent projects

Typical Applications:

  • Rapid prototyping
  • Quick-turnaround projects
  • Rush order production
  • Small batch manufacturing
  • Emergency mold repairs
  • Time-critical applications

Versatile two-component platinum-cure silicone gel providing excellent moisture protection and stress relief for general electronic potting and encapsulation applications.

Key Features:

  • Penetration: 40-100 (1/10 mm, quarter cone)
  • Mix ratio: 1:1 by weight
  • Pot life: 30-60 minutes at 23°C
  • Cure time: 4-8 hours at RT / 1-2 hours at 80°C
  • Viscosity: 2,000-5,000 cP (flowable)
  • Excellent flowability around components
  • Self-leveling properties
  • Good dielectric strength: >18 kV/mm

Protection Features:

  • Moisture and humidity barrier
  • Environmental contamination protection
  • Vibration dampening

Typical Applications:

  • PCB assembly potting
  • Electronic component encapsulation
  • Sensor protection
  • Power supply potting
  • General electronics protection
  • Control module encapsulation

Ultra-transparent platinum-cure silicone gel engineered specifically for LED module encapsulation, providing exceptional optical clarity and UV stability.

Key Features:

  • Exceptional optical transparency (>92% transmission)
  • High refractive index: 1.40-1.42
  • Excellent UV resistance and stability
  • Minimal yellowing over time
  • Penetration: 30-70
  • Low viscosity for bubble-free potting
  • Heat cure: 100-150°C for 30-60 minutes
  • Outstanding optical aging resistance

Optical Performance:

  • No light scattering or haze
  • Maintains clarity under thermal stress
  • Compatible with various LED wavelengths

Typical Applications:

  • LED module encapsulation
  • LED strip light protection
  • Display backlighting
  • Optical sensor encapsulation
  • Lighting fixture potting
  • Automotive LED applications

Advanced silicone gel formulated with thermal fillers to provide superior heat dissipation for power electronics and high-heat-generating components.

Key Features:

  • Thermal conductivity: 1.0-3.0 W/m·K
  • Excellent heat transfer properties
  • Soft gel consistency for stress relief
  • Mix ratio: 1:1 or 10:1
  • Operating temperature: -40°C to +200°C
  • Good electrical insulation maintained
  • Low thermal resistance

Thermal Management:

  • Efficient heat dissipation from components
  • Reduces hot spots in electronics
  • Extends component lifespan

Typical Applications:

  • Power electronics potting (IGBTs, MOSFETs)
  • CPU and processor encapsulation
  • High-power LED thermal management
  • Solar junction box potting
  • Automotive power modules
  • Industrial power supplies

Extremely soft silicone gel engineered for maximum vibration absorption and shock protection of delicate electronic assemblies and sensors.

Key Features:

  • Ultra-low penetration: 80-150 (very soft)
  • Exceptional stress relief properties
  • Self-healing characteristics
  • Excellent vibration dampening
  • Mix ratio: 1:1
  • Low modulus for minimal stress
  • Good adhesion to substrates

Protection Capabilities:

  • Superior shock absorption
  • Mechanical stress isolation
  • Thermal cycling protection

Typical Applications:

  • Sensitive sensor encapsulation
  • MEMS device protection
  • Accelerometer potting
  • Delicate electronic assemblies
  • Vibration-prone environments
  • Aerospace electronics
  • Automotive crash sensors

Rapid-curing silicone gel formulated for high-throughput production environments requiring quick processing without compromising protection performance.

Key Features:

  • Fast pot life: 15-30 minutes
  • Rapid cure: 1-2 hours at RT / 15-30 min at 100°C
  • Penetration: 50-90
  • Good mechanical properties despite fast cure
  • Maintains electrical insulation
  • Low viscosity for easy dispensing

Processing Advantages:

  • High production throughput
  • Reduced manufacturing cycle time
  • Suitable for automated dispensing

Typical Applications:

  • High-volume electronics manufacturing
  • Consumer electronics potting
  • Rapid production assembly
  • Inline potting processes
  • Automated dispensing systems

Premium dielectric silicone gel formulated for superior electrical insulation in high-voltage applications requiring maximum breakdown resistance.

Key Features:

  • Excellent dielectric strength: >20 kV/mm
  • Volume resistivity: >10¹⁴ Ω·cm
  • High CTI (Comparative Tracking Index): >600V
  • Penetration: 40-80
  • Good corona resistance
  • Low dielectric constant: 2.8-3.2
  • Minimal dissipation factor

Electrical Performance:

  • Superior arc resistance
  • Long-term electrical stability
  • Tracking and erosion resistant

Typical Applications:

  • High-voltage power electronics
  • Transformer potting
  • Electric vehicle inverters
  • Solar inverter encapsulation
  • High-voltage sensors
  • Power distribution electronics

Advanced thixotropic silicone gel engineered to maintain position on vertical surfaces and complex geometries without flowing or sagging during cure.

Key Features:

  • Thixotropic rheology (non-slumping)
  • Vertical surface application capable
  • Penetration: 60-100
  • Mix ratio: 1:1
  • Good sag resistance
  • Maintains position during cure
  • Shear-thinning for easy dispensing

Application Benefits:

  • Suitable for vertical or overhead potting
  • No dripping or running
  • Complex geometry encapsulation

Typical Applications:

  • Vertical PCB assembly potting
  • Wall-mounted electronics
  • Overhead component encapsulation
  • Complex 3D geometries
  • Aerospace vertical installations
  • Automotive underbody electronics

Specialized silicone gel formulated for photovoltaic junction box potting, offering exceptional outdoor weathering and long-term UV stability.

Key Features:

  • Excellent UV and weathering resistance
  • Long-term outdoor durability (25+ years)
  • Thermal conductivity: 0.8-1.2 W/m·K
  • Operating temperature: -40°C to +150°C
  • Good moisture barrier properties
  • Thermal cycling resistant
  • Low shrinkage: <0.1%

Solar Application Benefits:

  • IEC 61215 compliant
  • Prevents potential induced degradation (PID)
  • Maintains properties under thermal stress

Typical Applications:

  • Solar panel junction box potting
  • PV module bypass diode encapsulation
  • Solar inverter electronics
  • Outdoor power electronics
  • Renewable energy systems
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