Gasmax™ MINI

1. What is the GASMAX MINI vaporizer used for?
The GASMAX MINI vaporizer is designed to efficiently vaporize liquefied gases like LPG, Propane, and Butane for industrial applications requiring a continuous and stable supply of vapor.

2. What is the capacity range of the GASMAX MINI?
The GASMAX MINI supports vaporization capacities ranging from 25 kg/hr to 200 kg/hr, making it suitable for medium-scale operations.

3. What gases can the GASMAX MINI handle?
The GASMAX MINI is compatible with LPG, Propane, and Butane, providing versatile usage across various industries.

4. How is the GASMAX MINI installed?
The GASMAX MINI is wall-mounted, offering a compact and space-saving solution ideal for areas with limited installation space.

5. What safety features does the GASMAX MINI offer?
The GASMAX MINI is equipped with advanced safety features, including pressure and temperature controls, a safety relief valve set at 17 Bar, and robust construction to ensure safe operation.

6. What is the operating temperature range of the GASMAX MINI?
The GASMAX MINI operates efficiently in temperatures ranging from -20°C to 55°C, making it suitable for diverse environmental conditions.

7. What is the design pressure and proof pressure of the GASMAX MINI?
The GASMAX MINI has a design pressure of 17 Bar and is proof pressure tested up to 35 Bar, ensuring reliability under high-pressure conditions.

8. How does the GASMAX MINI achieve vaporization?
The GASMAX MINI utilizes a water bath heating mechanism, where gas-filled coils are immersed in a temperature-controlled water bath, ensuring consistent and efficient vaporization.

9. How energy-efficient is the GASMAX MINI?
With a heating load range from 3 KW to 24 KW, the GASMAX MINI optimizes energy consumption while delivering superior performance.

10. Is the GASMAX MINI easy to maintain?
Yes, the GASMAX MINI is designed for minimal maintenance with user-friendly access, reducing downtime and operational costs.

11. In which industries can the GASMAX MINI be used?
The GASMAX MINI is suitable for industries like energy, fuel, gas distribution, manufacturing, and any processes requiring precise gas vaporization.

12. Why choose the GASMAX MINI over other vaporizers?
The GASMAX MINI offers a unique combination of compact design, advanced safety features, durability, and energy efficiency, making it a reliable and cost-effective choice for industrial applications.

13. Can the GASMAX MINI handle extreme conditions?
Yes, with its corrosion-resistant stainless steel build and wide operating temperature range, the GASMAX MINI is designed to perform reliably even in challenging environments.

For further inquiries about the GASMAX MINI, feel free to contact us.

Benefits of SEPL GASMAX MINI Vaporizer

1. Exceptional Durability: Built with corrosion-resistant stainless steel coil, ensuring longevity even in challenging industrial environments.
2. Space-Saving Design: Wall-mounted and compact, ideal for locations with restricted installation space.
3. Precision Heating: Precision calculate heat load through water bath heating mechanism delivers consistent and uniform vaporization, optimizing gas flow for stable operations. Gasmax guarantees zero hassel upto directed heat load.
4. Advanced Safety Features: Equipped with pressure and temperature controls, safety relief valve (SRV) set at 17 Bar, and a robust design pressure as per LPG to prevent overpressure hazards.
5. Versatility: Compatible with multiple liquefied gases, including LPG, Propane, and Butane, for broad industrial applicability.
6. Energy Efficiency: Offers a range of heating loads (3 KW to 24 KW) to minimize energy consumption while ensuring optimal performance.
7. Reliable Performance: Operates efficiently across a wide temperature range (-20°C to 55°C), maintaining functionality in diverse environmental conditions.
8. High-Pressure Reliability: Proof pressure tested at 35 Bar, ensuring resilience and safety under high-pressure scenarios.
9. Continuous Supply: Delivers uninterrupted and stable vapor output, essential for critical industrial applications.
10. User-Friendly Maintenance: Engineered for ease of access and minimal maintenance requirements, reducing downtime and operational costs.