A: Continuous extrusion vulcanization is the core production process for high-quality rubber strips (automotive/industrial). It realizes one-time forming of rubber strips with fixed cross-sections through continuous feeding → extrusion shaping → online vulcanization → post-processing. The key advantage is that it ensures ultra-high batch consistency of rubber strips (cross-section error ≤±0.1mm), stable physical properties, and supports 24-hour mass production—this is why it’s the first choice for OEM bulk supporting of automotive and industrial rubber parts.

A: For ultra-high temperature scenarios (industrial ovens, engine compartments, high-temperature chemical pipelines), material selection is based on the actual temperature range:

• 150-180℃: High-temperature resistant EPDM (cost-effective, basic anti-thermal aging);
• 150-200℃: FVMQ (fluorosilicone rubber, better weather resistance + high temperature resistance);
• 200-300℃: FFKM (perfluoroelastomer, the best high temperature resistance among rubber materials, for extreme high-temperature conditions).

In addition, the rubber strip structure is recommended to use low-compression-deformation design, with appropriate thickness increase and internal heat-insulating filler to further improve high-temperature adaptability.

A: The core physical indicators that directly determine the use effect of rubber strips/seals are 4 key items, with industry standard requirements as follows:

1. Hardness: 40-70 Shore A (55-65 Shore A for automotive strips, adjustable by working conditions for industrial strips);
2. Tensile Strength: ≥8MPa (HNBR high-performance materials ≥15MPa);
3. Elongation at Break: ≥300% (ensure toughness and anti-tearing);
4. Compression Set: ≤25% (70℃×22h, 150℃×70h for high-temperature materials—key indicator for sealing life).

All indicators are tested according to international ISO standards, with strict error control (e.g., hardness error ≤±2 Shore A).

A: Industrial rubber strips are mainly matched by equipment protection requirements + installation structure, the core scheme is:

• Industrial doors/ordinary electrical cabinets: IP54, flame-retardant EPDM, card slot/back glue installation (easy to replace);
• PLC/inverter cabinets/outdoor communication cabinets: IP65, high-grade flame-retardant EPDM, embedded card slot installation (firm sealing);
• Machine tools/chemical equipment: IP67, wear-resistant/anti-corrosion materials (CR/FKM), bolt fixed installation (anti-vibration/friction).

The key is to ensure the rubber strip is fully compressed during installation (compression rate 20%-30%) to achieve the designed IP grade.

A: The correct installation of rubber strips depends on the installation method, with 3 key points for common types:

1. Card slot type: Clean the slot first (no dust/oil), press the rubber strip into the slot step by step to ensure no warping/air bubbles, and cut off excess material at the corner (match injection jointing for seamless connection);
2. Back glue type: Tear off the protective film and press firmly (temperature ≥15℃ for better adhesion), avoid repeated tearing/pasting (damage the glue layer), and fix with double-sided tape for auxiliary at the corner;
3. Bolt fixed type: Evenly apply the bolt force, avoid over-tightening (cause rubber deformation/cracking), and add a gasket between the bolt and rubber strip (prevent wear).

After installation, check the fitting degree—ensure full contact with the equipment/body without gaps.