Stainless Steel One Inch Lighter Gas Valve for Marine, Offshore, and Chemical Applications with Superior Salt Spray Resistance and Sealed Stem
Product Description:
Defy corrosive environments with this Stainless Steel One Inch Lighter Gas Valve, engineered specifically for marine vessels, offshore platforms, chemical plants, and coastal installations where salt air, moisture, and aggressive chemicals demand exceptional resilience. Constructed entirely from high-grade 316 stainless steel, this robust gas isolation valve offers outstanding resistance to pitting, crevice corrosion, and salt spray (tested per ASTM B117). The fully sealed stem design incorporates premium stem seals and protective boots, preventing ingress of contaminants and ensuring smooth, reliable operation even after prolonged exposure. This critical lighter gas control valve features a precision ball valve mechanism for positive shut-off and quarter-turn lever operation. Its rugged construction guarantees long-term integrity and leak-free performance in the one inch gas supply lines feeding vital ignition systems, making it the indispensable choice for safety and reliability in the world's most demanding settings. Trust this corrosion-resistant fuel valve where failure is not an option.
Bullet points:
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Entire stainless steel construction (Body, Ball, Stem) for maximum corrosion resistance.
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Fully sealed stem design protects against moisture, salt, and chemical ingress.
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Reliable ball valve mechanism ensures positive gas shut-off in critical systems.
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Designed for harsh marine and offshore environments.
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Essential lighter gas control valve for one inch gas supply lines in corrosive settings.
Specific application scenario:
Isolating the pilot gas feed for incinerators or boiler ignition systems on an offshore oil rig or chemical tanker vessel exposed to saltwater spray.
Specifications:
| Component | Part Description |
| Mounting cup | Both sides with clear lacquered tinplate ,with down dimples |
| Outer gasket | Buna |
| Inner gasket | Buna |
| Stem | Red Color Plastic Butane gas stem ； Double Orifice-Double Orifice 2×ф0.51mm Red |
| Spring | Stainless steel |
| Housing | No tail orifice,four slots,black |
Exhibition:
We often go to India, Mexico, Algeria for aerosol valve exhibitions. Our lighter gas refill valve with plastic stem or metal stem have been exported to Mexico, Ecuador, Viet Nam, India, Colombia, Russia, Ukraine, Indonesia, Peru, Philippines and other countries
Packing and Delivery
Carton size: 515*340*230mm
Lighter gas refill valve: 2500 pieces / carton
Adaptor: 5000 pieces / carton
We can export the lighter gas refill valves to you by LCL container and full 20ft, 40ft, 40HC container. We can export the valves to you by LCL and FCL. We can use carton packing and pallet packing.
FAQ:
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Q: Why is 316 stainless steel better than brass for this lighter gas valve in marine use?
A: 316 SS offers far superior resistance to saltwater corrosion, pitting, and chloride attack compared to brass, essential for marine and offshore longevity.
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Q: How does the sealed stem design protect this gas isolation valve?
A: It uses multiple seals and often an environmental boot to completely shield the stem area from water, salt, dust, and chemicals, preventing seizure or leakage.
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Q: Is this valve suitable for use with hydrogen-based lighter gases?
A: 316 SS is generally suitable, but specific seal material compatibility must be confirmed for hydrogen service due to potential embrittlement. Consult datasheets.
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Q: What maintenance is required for this corrosion-resistant fuel valve?
A: Minimal. Periodic visual inspection and exercising the valve (opening/closing) are recommended, especially in stagnant systems. The sealed stem greatly reduces maintenance needs.
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Q: Are the end connections also stainless steel on this one inch gas valve?
A: Yes, the body and threaded ends are integral 316 stainless steel, ensuring uniform corrosion resistance throughout.
Product Tags:
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Stainless Steel One Inch Lighter Gas Valve for Marine, Offshore, and Chemical Applications with Superior Salt Spray Resistance and Sealed Stem Images
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