Showing 85–96 of 202 results
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- Soft Cellular Silicone Foam: The soft foam structure provides excellent conformability, helping the gasket fill uneven gaps and maintain sealing contact with lower compression force.
- Good Compression Recovery: The material offers good memory and low stress relaxation, helping reduce gasket failure caused by compression set, softening, or long-term deformation.
- Heat and Environmental Resistance: Cellular silicone foam provides stable performance under demanding temperature, UV, ozone, and outdoor exposure conditions.
- Shock and Vibration Isolation: The foam structure helps absorb impact, reduce vibration, and protect electronic or mechanical components during operation.
- Single-sided Acrylic Adhesive: The pressure-sensitive adhesive backing allows easier positioning, mounting, and assembly on housings, panels, enclosures, and equipment surfaces.
- Precision Die-cut Processing: AxisTape can process the material into custom gasket shapes, strips, holes, frames, pads, and sealing profiles based on CAD drawings or customer samples.
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Optical Clear Adhesive for Automotive Displays & In-Vehicle Touch Systems
- High Temperature & Environmental Resistance: Automotive environments require materials that can withstand extreme conditions. Ensures stable performance in both hot and cold environments.
- Excellent Optical Performance: Maintains high display quality in automotive systems. Enhances driver visibility and display readability under various lighting conditions.
- Superior Gap-Filling Capability: Automotive display assemblies often involve multiple materials with uneven surfaces.
- Strong Adhesion to Multiple Substrates: Designed for bonding various materials used in automotive displays. Ensures stable multi-layer bonding in complex display structures.
- Long-Term Reliability & Durability: Automotive applications require long service life. Supports reliable performance throughout the vehicle lifecycle.
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- Stable Bonding & Durability: Maintains structural adhesion and high reliability under temperature and vibration conditions.
- Excellent Mura Control: Reduces display non-uniformity during bonding, ensuring visual clarity.
- Optical Performance Stability: High transparency ≥90%, low haze ≤0.5%, minimal color shift (b* ≤ 0.5).
- Bubble Resistance: Smooth adhesive formulation minimizes bubbles during lamination.
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High-Reliability Silicone Optical Clear Solution for Automotive Displays
- Exceptional Temperature Resistance: Silicone-based materials outperform traditional OCA in high-temperature environments. Ideal for automotive environments with continuous temperature fluctuations.
- Superior UV & Weather Resistance: Automotive displays are often exposed to sunlight and outdoor conditions. Ensures consistent display clarity over extended service life.
- Long-Term Reliability & Durability: Silicone OCS is designed for applications requiring extended operational life.
- High Optical Performance: Maintains premium display quality even under demanding conditions. Enhances visibility and readability for in-vehicle displays.
- Excellent Gap-Filling & Stress Relief: Silicone OCS provides better stress absorption compared to traditional adhesives. Ideal for large-size and complex display assemblies.
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- Super Strong Adhesion: Rubberized and durable, provides excellent bonding for a variety of surfaces.
- Waterproof Design: Effectively seals water, air, and moisture to prevent leaks.
- Multi-Purpose Repair: Can patch, bond, seal, and repair water taps, hoses, and other surfaces.
- UV Resistant: Maintains performance under sunlight and harsh environmental conditions.
- Flexible Application: Conforms easily to irregular shapes and surfaces for precise repairs.
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High Strength Double-Sided Bonding for Industrial & Automotive Applications
- Superior Bonding Strength: Provides high initial tack and long-term holding power on metals, plastics, and painted surfaces.
- Viscoelastic Acrylic Foam Core: Absorbs stress and compensates for surface irregularities, ensuring reliable bonding.
- Excellent Weather & UV Resistance: Designed for outdoor applications with strong resistance to aging, moisture, and UV exposure.
- High Temperature Resistance: Maintains performance under elevated temperatures and harsh conditions.
- Waterproof & Sealing Performance: Acts as a sealing barrier against dust, water, and environmental contaminants.
- Clean & Invisible Bonding: Eliminates the need for mechanical fasteners, improving product aesthetics.
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- Antistatic Performance: Designed to prevent static charge accumulation, the AT433 film provides controlled dissipation, reducing electrostatic risks in sensitive environments.
- Wear Resistance: Offers excellent abrasion resistance typical of UHMW-PE, ensuring durability in high-friction and continuous operation systems.
- High Tensile Strength: With a tensile strength of 40–68 MPa, the film maintains reliable structural performance under mechanical stress.
- Excellent Elongation: The elongation range of 300%–480% ensures flexibility and resistance to cracking under repeated movement or impact.
- Controlled Surface Resistance: With a surface resistance of 10³ to 10¹² Ω, the material is suitable for antistatic applications where full conductivity is not required.
- Low Friction Performance: The self-lubricating surface reduces wear, noise, and energy loss in sliding and conveying systems.
- Chemical Stability: Resistant to a wide range of chemicals, ensuring consistent performance in industrial and electronic environments.
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Low-Profile EMI Shielding Tape with Black Surface for Consumer Electronics
- Black Surface for Aesthetic Integration: Designed for applications where appearance matters.
- Reliable EMI Shielding Performance: Provides effective protection against electromagnetic interference.
- Good Electrical Conductivity: Ensures reliable grounding and electrical continuity.
- Thin & Lightweight Design: Optimized for compact electronic devices.
- Strong Adhesion & Compatibility: Provides stable bonding across various substrates, maintains adhesion under normal operating conditions.
- Excellent Processing Performance: Designed for high-efficiency manufacturing.
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- Conductive Performance: Designed to provide controlled electrical conductivity, the AT432 film enables effective static charge dissipation, making it suitable for ESD-sensitive environments.
- Wear Resistance: Offers outstanding abrasion resistance typical of UHMW-PE, ensuring long service life in high-friction and high-load applications.
- High Tensile Strength: With a tensile strength ranging from 40 to 68 MPa, the film maintains structural stability under mechanical stress.
- Excellent Elongation: The film delivers an elongation rate of 300%–480%, allowing flexibility and resistance to cracking under dynamic loads.
- Wide Surface Resistance Range: With a surface resistance of 10³ to 10¹² Ω, the film can function across conductive to dissipative applications depending on system requirements.
- Low Friction Performance: The inherent low coefficient of friction reduces wear, noise, and energy consumption in sliding or moving systems.
- Chemical Stability: Highly resistant to a wide range of chemicals, ensuring reliable performance in industrial and electronic manufacturing environments.
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- Enhanced High-Temperature Capability (Up to 135°C) : Designed for elevated temperature environments where conventional UHMW-PE would degrade.
- Black Formulation for Light Blocking: Provides improved UV/light shielding compared to transparent variants, suitable for sensitive components.
- Stable Mechanical Performance Under Heat: Maintains tensile strength (40–68 MPa) and elongation (300%–480%) even at higher temperatures.
- Wide Surface Resistance Range (10³–10¹² Ω): Covers conductive to insulating spectrum, offering flexibility across electrical applications.
- Low Friction & Self-Lubricating: Reduces wear and energy loss in moving systems such as conveyors and sliding parts.
- High Chemical Resistance: Suitable for use in chemically aggressive industrial environments.
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- Electrical Insulation: Designed to prevent electrical conductivity, the AT434 film provides stable and reliable insulation for electrical and electronic systems.
- Wear Resistance: Offers excellent abrasion resistance, ensuring long service life in high-friction and continuous operation environments.
- High Tensile Strength: With a tensile strength of 40–68 MPa, the film maintains structural integrity under mechanical stress.
- Excellent Elongation: The elongation range of 300%–480% ensures flexibility and resistance to cracking during dynamic movement.
- Stable Surface Resistance: With a surface resistance of 10³ to 10¹² Ω, the material supports insulating applications with controlled electrical properties.
- Low Friction Performance: The self-lubricating surface minimizes friction, reducing wear, noise, and energy consumption in moving systems.
- Chemical Stability: Resistant to a wide range of chemicals, ensuring consistent performance in industrial and processing environments.
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- Enhanced Adhesion Performance: Modified to improve bonding capability, the AT443 film enables strong adhesion to various substrates without complex surface treatment.
- Wear Resistance: Retains the excellent abrasion resistance of UHMW-PE, ensuring long-term durability in high-friction applications.
- High Tensile Strength: With a tensile strength of 40–68 MPa, the film maintains reliable structural performance under load.
- Excellent Elongation: The elongation range of 300%–480% ensures flexibility and resistance to cracking during dynamic operation.
- Black Light-Shielding Property: The black formulation reduces light transmission, protecting underlying components and improving outdoor or exposed performance.
- Stable Surface Resistance: With a surface resistance of 10³ to 10¹² Ω, the material supports a wide range of industrial applications.
- Low Friction Performance: Maintains self-lubricating characteristics, reducing wear, noise, and energy consumption in moving systems.
