Temperature-Resistant And Noise-Reducing Ixpe Foaming Cushioning Tape
-- Steady & Reliable Manufacturer --
Detailed Product Description
Temperature-Resistant and Noise-Reducing IXPE (Irradiated Cross-Linked Polyethylene) Foaming Cushioning Tapes integrate thermal and acoustic stability with robust cushioning. The irradiation process yields an extremely fine, uniform, and highly resilient closed-cell structure. This uniform closed-cell matrix is inherently resistant to water absorption and provides a stable thermal barrier, operating reliably across a wide temperature spectrum.
The tape's dual function relies on its chemical stability: its cross-linked structure resists collapse under temperature-induced expansion and contraction, while its consistent elasticity allows it to absorb operational shock and dampen structure-borne noise (NVH control). The adhesive system must match the foam's thermal resilience (e.g., high-performance acrylic) to ensure the bond line remains strong and the cushioning performance is maintained following extended exposure to heat, cold, or thermal cycling. This material is commonly chosen when a single tape must address thermal insulation, vibration management, and component protection.
Why Choose Us
Advantages and Core Features
- Excellent Thermal Resilience: The cross-linked structure of IXPE ensures the foam maintains its physical dimensions and elasticity across a wide operational temperature range, resisting heat-induced softening or cold-induced brittleness.
- Superior Noise and Rattle Dampening: The fine, uniform closed-cell structure and high material resilience effectively absorb shock and dampen vibrational energy, eliminating component rattle and significantly reducing noise transmission (NVH).
- Reliable Component Cushioning: Provides consistent, high-energy absorption against impact and drop shock, protecting delicate or brittle components from damage during assembly, transit, and service life.
- Low Thermal Conductivity (Insulation): Functions as an effective thermal break, reducing heat transfer between components or from an exterior casing to the interior electronics, aiding in thermal management.
- Water and Chemical Resistance: The closed-cell material is impervious to moisture and resists degradation from many common industrial chemicals, ensuring long-term performance in demanding environments.
- Clean and Consistent Processing: The uniformity of the IXPE foam allows for highly precise, clean-edge die-cutting, ensuring high yield and consistency when converting complex shapes for automated assembly.
Core Features
Application Areas
- Automotive HVAC and Door Panels: Providing cushioning, anti-rattle support, and thermal insulation near internal climate control components.
- Refrigerator and Freezer Gasketing: Used as a secondary thermal break and noise isolation pad around compressors and fans in cooling systems.
- High-Temperature Electronic Housings: Mounting components inside enclosures that experience moderate heat build-up (e.g., power supplies, industrial control panels).
- Outdoor Telecommunication Boxes: Acting as a protective and thermal cushioning layer for sensitive equipment exposed to solar heat and cold.
- Battery Pack Components: Used for cell-to-cell cushioning and thermal spacing within battery modules, ensuring mechanical stability under temperature variation.
Technical Specifications
Introduction
We engineer IXPE foam tapes that perform concurrently in challenging environments, delivering consistent noise reduction, robust component cushioning, and thermal stability in a single, high-performance solution.
Company Profile
Established in 2005, covering nearly 11,000 square meters, we integrate R&D, production, and sales. We uphold quality and reputation, specializing in premium adhesive solutions, particularly in PU/PE/NBR Foam Solutions. We are trusted by global leaders like Midea, TCL, and Vestel, and offer 10%−15% cost savings compared to EU suppliers. Our commitment to delivering pragmatic, cost-effective solutions is supported by RoHS, REACH, ISO 9001, and ISO 14001 certifications.
Usage Guide
| Carrier Material | Irradiated Cross-Linked PE Foam (IXPE) |
| Cell Structure | Fine, Uniform Closed Cell |
| Thermal Stability | Good (High Continuous Operating Temp) |
| Resilience/Cushioning | High Energy Absorption |
| Adhesive Type | High-Performance, Temperature-Stable Acrylic |
| Typical Thicknesses | 1.0 mm to 4.0 mm |
About
Jiangsu Shixin Adhesive Tape Product Co., Ltd.
Our company was registered and established in Wuxi, Jiangsu in 2005, Wuxi Shixin Adhesive Tape Products Co., Ltd., mainly engaged in various adhesive tape products; We are Wholesale Temperature-Resistant And Noise-Reducing Ixpe Foaming Cushioning Tape Suppliers andChina ODM Temperature-Resistant And Noise-Reducing Ixpe Foaming Cushioning Tape Factory and Producer, after nearly 20 years of persistence and struggle, the company has grown vigorously and gradually expanded in scale. In 2018, we invested in a new factory in Suqian, Jiangsu, and established Jiangsu Shixin Adhesive Tape Products Co., Ltd.; At present, our company has become a high-tech enterprise integrating R&D, production and sales. The company has always firmly believed in the belief that "quality and reputation are the foundation of survival", continuously cultivating technical personnel, strengthening the development of new products, improving sales support, and striving to provide customers with better products and services.
Frequently Asked Questions
Frequently Asked Questions (FAQs)
- Q: How does the IXPE manufacturing process enhance its temperature resistance?
- A: The irradiation process creates strong chemical bonds (cross-linking) between the polyethylene polymer chains. This cross-linking significantly increases the material's melting point and thermal stability, allowing it to maintain its structure at higher temperatures than non-cross-linked PE foams.
- Q: Can IXPE be used in applications requiring high mechanical strength?
- A: IXPE provides high cushioning and resilience (shock absorption) but is not intended for the high structural shear strength of VHB-type acrylic foams. It is best used for isolation, cushioning, and non-load-bearing gasketing.
- Q: Is the adhesive backing also temperature resistant?
- A: Yes, in high-temperature applications, we use modified solvent-based acrylic adhesives that are formulated to resist softening, delaminating, and loss of cohesive strength when exposed to the foam's maximum operating temperature.
- Q: What is the main benefit of using IXPE for battery cushioning?
- A: IXPE provides a stable, electrically non-conductive cushioning layer that resists permanent compression (maintaining cell spacing) and offers temperature stability, which is crucial for the safety and performance of lithium-ion battery modules.
Request a Specification Sheet or Sample
Contact our engineering team today to discuss your high reflectance project requirements.
