ZHONGJING produces CNC carved EVA liners designed for emergency rescue equipment storage and protection. As an FDA-compliant manufacturer with precision carving capabilities, we deliver custom foam inserts for professional rescue equipment providers worldwide. Our EVA liners feature precision-molded grooves that organize medical devices, tools, and supplies, preventing collision damage during transport and field operations. The material offers dustproof, moisture-resistant, and shock-absorbent properties, with optional anti-static and flame-retardant treatments available. Each layout receives full customization according to specific equipment dimensions and operational requirements.
Parameter | Specification Range |
Material | EVA Foam |
Density Range | 38-70 kg/m³ |
Thickness Range | 10-100 mm |
Hardness (Shore C) | 30-60 |
CNC Carving Precision | ±0.1 mm |
Temperature Resistance | -40°C to 80°C |
Standard Colors | Black, Gray, Red, Blue |
Surface Treatment Options | Smooth, Flocked, Film-coated |
Special Treatments | Anti-static, Flame-retardant, Waterproof |
Certifications | FDA, RoHS, REACH |
Each liner forms through CNC precision carving technology as a single integrated piece. The process creates accurately divided grooves matching the exact shapes of first-aid medicines, medical devices, emergency tools, lighting equipment, and survival accessories. Each component receives precise positioning with clear classification, eliminating the risk of rescue supplies colliding, rubbing, or displacing during transportation and field deployment.
The material provides four core protection functions: shock absorption, compression resistance, moisture isolation, and dust prevention. These properties work together to protect precision medical equipment from impact damage, prevent medicine extrusion breakage, and avoid accessory loss. The foam material isolates humid air, maintaining dry conditions for rescue supplies and extending their effective storage life.
Multiple enhancement processes extend liner functionality. Anti-static treatment protects sensitive electronic medical equipment from electrostatic discharge. Flame-retardant treatment meets fire safety requirements for emergency response vehicles. Flocking and film coating processes add waterproofing, drop resistance, and aesthetic improvements. All treated liners maintain their shape through repeated use without deformation.
These EVA liners serve multiple emergency response scenarios. Vehicle-mounted emergency bags in ambulances and fire trucks benefit from the secure equipment positioning. Outdoor rescue bags used by search and rescue teams gain reliable protection during rugged transport. Household first-aid bags, fire emergency bags, and engineering rescue kits all utilize the standardized storage and protection capabilities. Our clients include municipal emergency departments, medical equipment distributors, fire service suppliers, and industrial safety companies across 30+ countries.
We provide comprehensive customization services for commercial procurement. Each project begins with 3D scanning of client equipment to create precise groove dimensions. Clients may select material density, hardness, color, and surface treatments based on their specific application requirements. Minimum order quantities start at 50 pieces, with production lead times of 7-15 days depending on order size and complexity. We offer pre-production sample approval for all custom orders.
Standard production requires 7-10 working days for orders under 500 pieces. Larger volume orders require 10-15 working days. Pre-production samples typically deliver within 3-5 working days.
Yes, we design each liner based on the actual dimensions of your equipment. We accept CAD files, 3D models, or physical equipment for measurement and groove layout design.
Our standard EVA foam materials hold FDA, RoHS, and REACH certifications. Additional certification testing is available upon request for specific regional or industry requirements.
The standard MOQ is 50 pieces for most custom projects. For initial trial orders, we may accommodate smaller quantities on a case-by-case basis.
2026-03-19
2026-03-19
2026-03-19
