The carbon fiber composite gas cylinder air respirator gas cylinder is made of high-quality carbon fiber and imported epoxy resin, which are precision processed through more than ten processes such as winding and high-temperature curing. It has better performance than metal gas cylinders (steel cylinders, seamless aluminum alloy gas cylinders). The working pressure of the gas cylinder is 30Mpa, which increases the storage capacity. The weight is reduced by 50% compared to metal gas cylinders of the same volume, making it easier and more comfortable for users to use. It is more convenient to use in high-rise buildings or deep underground areas such as mines in emergency situations or serious disasters.

Instruction Manual

1. The filling, transportation, storage, and use of aluminum inner carbon fiber fully wrapped composite gas cylinders (hereinafter referred to as gas cylinders) shall comply with the "Gas Cylinder Safety Supervision Regulations"; When used for positive pressure fire air breathing apparatus, it should comply with the provisions of GA 124-2004 "Positive Pressure Fire Air Breathing Apparatus". The design lifespan of the gas cylinder is 15 years.

2. The filling pressure of the gas cylinder must not exceed the working pressure indicated on the gas cylinder label (reference temperature 20 ℃)

3. Keep the thread of the bottle mouth and the inside of the gas cylinder dry, and the valve of the gas cylinder must not be contaminated with grease.

4. It is prohibited to fill or partially fill any gas cylinder that is not indicated on the label.

5. It is prohibited to remove, blur or alter the labels or markings of gas cylinder manufacturers.

6. Do not deflate the gas cylinder * (keep 0.1 MPa) unless the valve is removed.

7. It is prohibited to inflate gas cylinders that exceed the re inspection period. The inspection period for gas cylinders is 3 years, and the inspection should be carried out by an approved and qualified testing unit. When serious corrosion, damage or doubts about the safety of gas cylinders are found during use, they should be inspected in advance. Gas cylinders that have been subjected to collision, fire or other damage should be stopped from use and tested according to relevant standards and specifications.

8. Do not manually heat gas cylinders.

9. Fiber breakage, damage or obvious scratches should not be filled.