Customization: | Available |
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Type: | Aerosol Valve |
Material: | Tinplate |
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Pioneering sustainability in automotive tools, our Eco-Friendly Recyclable Tire Inflator Valve Actuator is designed for eco-conscious fleet managers and green automotive workshops. Made from 65% bio-based polymers and recycled stainless steel, this valve actuator reduces carbon footprint without compromising durability. The biodegradable lubricant-infused O-ring ensures smooth operation while eliminating petroleum-based grease. Compatible with electric vehicle (EV) tire inflation systems, it features a low-static design to protect sensitive onboard electronics. The modular construction allows easy disassembly for recycling, aligning with circular economy principles. Ideal for municipal electric bus fleets, EV dealerships, and carbon-neutral logistics companies, this actuator is UL ECOLOGO® certified for environmental excellence.
65% bio-based and recycled materials for reduced environmental impact.
Biodegradable lubricant eliminates petroleum dependency.
Low-static design safe for electric vehicle tire systems.
Modular construction enables full recyclability.
UL ECOLOGO® certified for sustainability compliance.
Used in open-pit coal mines to maintain 63" OTR tires on 400-ton haul trucks.
Part Name | Part name | Size |
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Outer cover | Outer cover | ||
Press the head | Base buckle wire diameter | 31.95±0.05 | |
Orifice diameter | 1.7±0.05 | ||
Elbow | Deduction wire diameter | 6.25±0.1 | |
Intubation position diameter | 6.5±0.1 | ||
Lock sleeve | The maximum diameter | 11.2±0.1 | |
Cooperate with Nei Jing | 9.0±0.1 | ||
Hose | Wall thickness | 1.65±0.05 | |
Spool | Intubation position diameter | 6.4±0.05 | |
Lock mother | Thread diameter | 7.05±0.05 | |
Fit depth | 5.6±0.1 | ||
Inner gasket | Butadiene |
Produced in solar-powered facilities using closed-loop water recycling and zero-landfill processes.
Shipped in compostable cornstarch-based packaging with soy ink labels.
Q: Can bio-based polymers withstand high-pressure applications?
A: Yes, reinforced fibers ensure durability up to 120 PSI (8.3 bar).
Q: Is the actuator compatible with hydrogen fuel cell vehicle workshops?
A: Absolutely-the low-static design meets H2 safety protocols.
Q: How do I recycle the actuator at end-of-life?
A: Return it via our take-back program for material recovery.
Q: Does the biodegradable O-ring affect sealing performance?
A: No, it maintains IP67 waterproof ratings for 5+ years.
Q: Are bulk orders eligible for carbon credit documentation?
A: Yes, we provide Life Cycle Assessment (LCA) reports for ESG reporting.