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SWP Argon Single Stage 1 Gauge Base Entry 0-14 LPM With Flowmeter
£58.99 ex. VAT Â Â £70.79 inc VAT- Consistent gas flow (0-14 lpm) minimises spatter and porosity, leading to cleaner, stronger welds
- Precise pressure and flow adjustments enable you to tailor welding parameters for optimal results
- Streamlined setup and easy operation minimise downtime, allowing you to focus on your craft
- Preset pressure and durable construction enhance safety during welding operations
- Provides long-lasting performance and minimises wasted gas, offering excellent value for your money
SWP Argon Single Stage 1 Gauge Base Entry 0-30LPM Regulator + Flowmeter
£57.99 ex. VAT Â Â £69.59 inc VAT- Precise gas control minimises spatter, porosity, and inconsistencies
- Monitor flow rate to prevent waste and reduce running costs
- User-friendly design for streamlined workflow
- Clear pressure gauge promotes informed gas handling
- Suitable for various applications and gas mixtures
SWP Argon Single Stage 1 Gauge Base Entry Preset 2bar TIG Welding Regulator
£34.99 ex. VAT Â Â £41.99 inc VAT- Flawless, consistent welds with minimal porosity and spatter
- Increased productivity and reduced rework time
- Effortless operation for all skill levels
- Reliable performance for demanding projects
- Cost-effective solution for TIG welding needs
SWP Argon/CO2 Single Stage 2 Gauge Base Entry 30 LPM MIG Welding Regulator
£32.99 ex. VAT Â Â £39.59 inc VAT- Dual Gauges: Monitor cylinder pressure and outlet pressure for optimal control
- Base entry design: Fits a wide range of gas cylinders with ease
- Single-stage pressure regulation: Simple and reliable operation
- Flow capacity: 30 LPM
- Durable construction: Built to withstand tough workshop environments
- Wide range of compatibility: Works with both Argon and CO2 gas mixtures
- Industry-standard connections: Ensures seamless integration with your MIG welding setup
Taming the high-pressure titans of the industrial world, single stage gas regulators are the workhorses of gas control. These dependable regulators take the fierce pressure coming out of a gas cylinder, typically in the range of 230 to 300 bar (or 3,300 to 4,400 psi), and bring it down to a manageable level for your specific application, often between 0.5 and 35 bar (7 to 500 psi). Whether you’re needing precise control for delicate welding with inert gases like argon or helium, or a steady flow for powering industrial cutting torches with fuel gases like propane or acetylene, there’s a single-stage regulator perfectly suited for the task. They’re known for their affordability, simplicity, and reliability, making them a popular choice for professionals and hobbyists alike. For applications where consistent pressure is critical throughout the life of the cylinder, consider a two-stage regulator, but for many gas flow needs, a single-stage regulator is a trustworthy and cost-effective partner.
FAQs
What is a single-stage gas regulator used for?
Single-stage gas regulators are used to reduce the high pressure of compressed gas coming out of a cylinder (typically 230-300 bar) down to a safe and usable pressure for various applications (usually between 0.5-35 bar). They offer precise control for tasks like welding with inert gases or a steady flow for powering cutting torches.
What are the advantages of a single-stage gas regulator?
- Affordability: Single-stage regulators are generally less expensive compared to two-stage regulators
- Simplicity: Their design is straightforward, making them easy to use and maintain
- Reliability: They are known for their dependable performance
When should I consider a two-stage regulator instead of a single-stage regulator?
While single-stage regulators are great for many applications, a two-stage regulator is recommended for situations where consistent pressure is crucial throughout the use of the gas cylinder. As the pressure in a single-stage regulator reduces with the gas being used, the output pressure can fluctuate slightly. A two-stage regulator offers a more consistent output pressure regardless of the remaining gas in the cylinder.
