Quick Summary
The TUXING 3L carbon fibre air tank is an empty bottle with a valve regulator, gauge and bag. It is a 3L / 30 Cu.Ft cylinder with a 20-30 MPa / 3000-4500 PSI service pressure and an M18x1.5 bottle screw thread size. The cylinder is CE approved and stated as not DOT approved.
This is a compressed-air cylinder for buyers who need the stated tank size, pressure range and thread specification in the same configuration.
Key Details
| Detail | Verified information and buyer relevance |
|---|---|
| Brand | TUXING, which identifies the product range. |
| Product type | 3L carbon fibre air tank, supplied as an empty bottle with valve regulator, gauge and bag. |
| Capacity | 3L / 30 Cu.Ft, which is the main size check before choosing an offer. |
| Service pressure | 20-30 MPa / 3000-4500 PSI, so the stated pressure range matters when comparing compatibility requirements. |
| Thread size | M18x1.5 bottle screw thread size. |
| Approval | CE approved and not DOT approved. |
| Included items | Valve regulator, gauge and bag are part of the described configuration. |
What to Compare Before Buying
- Capacity: The stated size is 3L / 30 Cu.Ft. Compare that with the volume you need for your intended setup.
- Pressure rating: The service pressure is 20-30 MPa / 3000-4500 PSI. Check that this matches the pressure range required for your equipment.
- Thread size: M18x1.5 matters if the bottle must connect to specific fittings or regulators.
- Included configuration: This version is described with a valve regulator, gauge and bag, so confirm you want that exact setup.
- Approval: CE approved and not DOT approved, so regional or compliance requirements may affect whether it is the right choice.
What Is Included
The described configuration includes the empty carbon fibre bottle, valve regulator, gauge and bag.
Before You Decide
Confirm the 3L / 30 Cu.Ft size, the M18x1.5 thread and the 20-30 MPa / 3000-4500 PSI service pressure before choosing an offer. Also check that CE approval and the not DOT approved status suit your intended use.
