Manufacturing Expertise

World-Class Engineering & Advanced Manufacturing

At Luxfer Gas Cylinders, manufacturing is defined by decades of metallurgical innovation, advanced composite engineering, and uncompromised quality control. Operating state-of-the-art facilities across North America, Europe, and Asia, we design and produce high-pressure containment solutions that operate reliably under the world’s most demanding conditions—from emergency SCBA and clean mobility to the edge of space.

Proprietary Metallurgy

The foundation of every Luxfer cylinder begins with specialized material science. Unlike standard industry fabricators, Luxfer develops proprietary aluminum alloys engineered specifically for structural integrity, superior fracture toughness, and cyclic endurance.

Advanced Composite Winding & Overwrap

Luxfer leads the industry in automated filament winding, transforming high-tensile carbon, aramid, and hybrid fibers into ultra-lightweight, high-pressure composite cylinders and composite overwrapped pressure vessels (COPVs).

Tailored Architecture Across Every Cylinder & COPV Class

Our flexible global manufacturing footprint produces certified containment across all four cylinder types, scaling from sub-liter portable vessels to large-format, nearly 1,000-liter containers:

Type 1 (All-Aluminum)

Monolithic, corrosion-resistant seamless cylinders delivering rugged, cost-effective containment for medical, beverage, and specialty industrial gases.

Type 2 (Hoop-Wrapped)

Aluminum liners reinforced along the cylindrical sidewall with high-tensile fiber, offering weight reductions up to 35% over steel for portable emergency services and diving.

Type 3 (Full-Wrap Carbon Composite / Aluminum Liner)

Fully overwrapped aerospace-grade carbon composite with an aluminum liner, delivering rapid heat dissipation during fast-filling, high cyclic fatigue life, and outstanding strength-to-weight efficiency.

Type 4 (Full-Wrap Carbon Composite / Polymer Liner)

Non-metallic lined carbon composite vessels delivering maximum weight reduction and high cycle life for alternative fuel transportation, bulk distribution, and space payloads.