Japan Inoue Polyurethane Foam MX-40EG-4.0mm Die Cutting Processing
source: Foam Pageviews: time:Aug 03, 2023
describe:
Japan Inoue Polyurethane Foam MX-40EG-4.0mm is a 4 mm thick polyurethane foam material with high density and high hardness. This foam material has excellent cushioning performance and shockproof performance, which can provide good protection effect.
Japan Inoue Polyurethane Foam MX-40EG-4.0mm Die Cutting Processing
Japan Inoue Polyurethane Foam MX-40EG-4.0mm is a 4 mm thick polyurethane foam material with high density and high hardness. It has a density of 40g/cm3 and a hardness of 70A. This foam material has excellent cushioning performance and shockproof performance, can absorb and disperse external forces, and provide good protection effect. Inoue MX-40EG foam is mainly used in fields that require high hardness and high cushioning performance, such as electronics, automobiles, construction and other industries. It can be used as bonding, buffering, sealing, insulating and other materials to provide good protection and performance.
Japanese Inoue polyurethane foam MX-40EG-4.0mm has the following characteristics:
1. High density: high density can provide better support and cushioning effect.
2. High hardness: high hardness, able to withstand large external force impact.
3. Excellent cushioning performance: it can absorb and disperse external force and provide good protection effect.
4. Good anti-shock performance: it can slow down vibration and impact, and protect internal parts and structures.
5. Good adhesion performance: It can be tightly adhered to various materials, providing good adhesion and bonding strength.
6. Good temperature resistance: it can maintain stable performance at higher temperatures.
7. Good sealing performance: it can effectively block the penetration of air and moisture, and provide a good sealing effect.
Japanese Inoue polyurethane foam MX-40EG-4.0mm is a high-performance foam material with excellent cushioning, shockproof, adhesion, temperature resistance, sealing and other properties, suitable for applications requiring high cushioning, high hardness, and high adhesion Application fields of force, high temperature resistance and sealing performance.