Alsafe Ultra Lightweight Carbon Fiber 6.8L Breathing Apparatus Air Cylinder

• Application: Professional Equipment
• Using Field: Field
• Suitable for: Adult
• Type: Air Breathing Apparatus
• Material: Carbon Fiber Composite
• Certification: CE
• Model NO.: CRPIII0001
• Working Pressure: 4500psi
• High Temperature: +60c
• Low Temperature: -40c
• Transport Package: Carbon/Pallet
• Specification: GB, EN, DOT, ISO
• Trademark: ASF
• Origin: China
• HS Code: 76130010
• Production Capacity: 200, 000pieces/Year

Product Description

Alsafe Company professionally manufactures carbon fiber composite air cylinder.
Products are constructed with carbon fiber fully wrapped Aluminum.

The usual 6.8L / ultra lightweight of type is especially designed for firefighting breathing apparatus.
Net weight of cylinder is less than 3.9kg. Efficiently support to reduce weight of the full set.

Volume 66cu ft.  Cylinder life-span 15 years with strictest tracability.
Good performance with CE Certificate. 

. Key features of the product:

Items	Overview
Materials consist of	Aluminum inner shell, fully wrapped with high strength carbon fiber, glass fiber and epoxy resin.
Ultra standard of safety	Cycling test 10000 times
Ultra lightweight	5 times lighter than comparable steel product.
Strong and thick wall	Design to ensure anti-pressure strength
Test pressure	1.7 times of service pressure
Service pressure	2900psi, 4500psi
Technical standard	EN, DOT, ISO upon customers' demand
Color of product	Grey
Variety of accessories	Fitted upon customers' demand.
Application	Firefighting, paintball and  sports, SCBA etc.
Life-span of product	15 years
Recertification period	5 years
Delivery time	6 days to 30 days upon deposit. Shipping empty.

. About thread making:


. Technical data of Alsafe ultra lightweight carbon fiber 6.8L breathing apparatus air cylinder:

Type	Outer Diameter	Water Volume	Length ( no valve )	Weight  ( no valve )	Working Pressure
	(mm)	(litre)	(mm)	(kg)	(bar)
6.8L TYPE	157	6.8	528	3.9	300

. Fitted with firefighting breathing apparatus: