1. High-Density Compression Resistance: Foam Pads are made of high-density Charcoal Foam with a density of 35±2 kg/m³, maintaining structural stability under pressure. After a 50% compression rebound test, its recovery rate reaches 97%, preventing collapse or loss of support during long-term clamping and effectively extending the service life of hangers or tooling fixtures.

   
   

2. High Anti-Slip Coefficient: The foam surface has a microporous structure with a static friction coefficient as high as 0.9 μ, forming a strong adhesion to metal, plastic, or glass surfaces. Even in humid or dusty environments, it maintains good friction, preventing clamps or products from slipping and ensuring clamping stability.

   
   

3. Shock Absorption and Cushioning: Foam pads have excellent energy absorption performance, with an impact energy absorption value of 18 kJ/m². During transportation, handling, or the moment the clamp closes, the foam can quickly absorb external forces, preventing impact damage to the clamped object and significantly reducing product scrap rates.

   
   

4. Weather Resistance and Durability: Charcoal foam exhibits excellent oxidation resistance and anti-aging properties. After 240 hours of accelerated UV aging testing, the hardness change rate is less than 5%. In high-temperature, high-humidity, or long-term use environments, the foam will not yellow, harden, or powder, maintaining its flexibility and durability, making it suitable for long-term use under various climatic conditions.

   
   

5. Environmentally Friendly and Odorless: Foam pads use environmentally friendly carbon black foam material, meeting RoHS and REACH environmental certifications. They are free of phthalate plasticizers and heavy metals, with volatile organic compound (VOC) emissions below 0.03 mg/m³. The product is odorless and does not release harmful substances, making it suitable for use in enclosed workspaces and export markets.

1. Garment Hanger Protection: Foam pads are widely used in the garment industry for metal clip hangers to prevent pinch marks and slippage. Carbon black foam disperses stress under high pressure, keeping fabrics smooth, especially suitable for displaying and transporting high-end fabrics such as silk, wool, and fine silk. Data shows that surface marks on clothing are reduced by more than 85% after use.

   
   

2. Industrial Fixture Padding: In mechanical assembly and electronic production lines, foam pads can be used as padding material for tooling fixtures to prevent parts from being pinched. Their softness absorbs pressure fluctuations during mechanical clamping, improving part fixation accuracy and surface quality, especially suitable for precision component machining.

   
   

3. Electronic Equipment Cushioning: Foam pads are widely used for protective packaging of electronic components, screen glass, and sensor assemblies. The low conductivity of the foam avoids electrostatic interference; its pressure resistance and shock absorption properties effectively prevent vibration damage during transportation or assembly.

1. What are the foam pads made of?

They are made of high-density charcoal foam, which has excellent elasticity, density stability, and compression resistance. The material itself has anti-slip, shock-absorbing, and abrasion-resistant properties, making it suitable for industrial and commercial applications.

2. Can these foam pads be reused?

Yes. Charcoal foam has extremely high structural resilience and abrasion resistance. It retains its original shape after repeated clamping and compression, and can be reused an average of over 500 times without deformation.

3. Is product customization available?

Customization is available in various specifications, thicknesses, and shapes, including irregular die-cutting, adhesive-backed bonding, or perforated designs. Dimensional tolerances can be controlled within ±0.5 mm to meet the needs of different clamps or products.

4. Do the foam pads have an odor?

No. Charcoal foam is an environmentally friendly foaming material with no irritating odor and will not produce an odor when heated. It is ideal for indoor or workshop use.

5. How to store to extend lifespan?

Store in a dry, well-ventilated environment, avoiding high temperatures and direct sunlight. It is recommended to maintain a temperature between 15–30°C and a relative humidity not exceeding 70%. Under suitable conditions, foam pads can maintain stable performance for more than three years.