Technology
Engineering For Precision. Built to Last.
Oxford Valves | Gaschem designs and builds gas cylinder valves, regulators and engineered gas systems with a focus on leak-tight integrity, repeatable control and long service life. Our manufacturing and build process follows a controlled 12-stage workflow—applied across our C10 valves, fixed/vari/dial/demand regulator ranges, and the critical components used in manifolds, mixing panels and distribution skids.
From individual valves and regulators to complete engineered gas systems, we build with consistency, verification and practical field performance in mind.
Engineering Precision
The 12-Stage Manufacturing & Build Process
Material Selection & Traceability
Certified brass, stainless steel and aluminium are used with batch traceability and incoming inspection.
Material Verification & Preparation
Key properties are verified to ensure suitability for gas service, pressure duty and long-term reliability.
Precision Machining (CNC/VMC)
Critical features are machined to tight tolerances—threads, sealing faces and flow paths—to ensure consistent fit and sealing.
In-Process Inspection (SPC)
Dimensional and process checks are carried out during production to maintain consistency across batches and custom parts.
Deburring, Finishing & Cleaning
Components are deburred, finished and cleaned to remove residues and particulates. Cleanliness controls are applied where required, including preparation for oxygen or high-purity service.
Clean Assembly Preparation
Parts are kitted into controlled assembly cells and handled using defined torque and sealing practices.
Assembly of Valves & Regulators
Valves and regulators are assembled by trained technicians using calibrated tools and controlled build procedures.
Assembly of Manifolds & Panels
For engineered systems, assemblies are built and checked to specification—covering components, routing, mounting, valves, fittings and control elements.
Pressure & Leak Testing
Products and assemblies undergo pressure integrity and leak testing using pneumatic and/or hydrostatic methods aligned to the product or system requirement.
Functional & Flow Verification
Regulators and flow devices are verified for stability, repeatability and performance across operating ranges. Systems are checked for correct functionality and safe operation.
Validation Testing (Sampling)
Selected samples undergo additional validation (e.g., proof, burst, endurance or cycle checks where applicable) to confirm safety margins and long-term reliability.
Final Inspection, Documentation & Export Readiness
Final checks are completed and documentation is prepared where required (e.g., inspection records, test reports, certificates, HS codes). Products are packed for safe transit and export shipment.
