Composite forklift cylinders deliver quality, safety and innovation.
Lightweight, Tough, and Built to Perform — Meet the Composite LPG Cylinder
A composite LPG cylinder—also known as a composite propane tank or Type IV cylinder—is engineered for strength and efficiency. Made with a durable fiberglass pressure vessel encased in a rugged outer shell, it’s designed to safely store gas at both high and low pressures.
What sets composite cylinders apart? Their advanced materials offer unmatched advantages: they’re lighter than traditional steel tanks, incredibly strong, and built to withstand tough conditions. That’s why they’re trusted across a wide range of industries where performance and safety matter most.
Why Choose Composite?
Our composite propane forklift cylinders offer a durable, lightweight, and efficient solution for material handling operations. Designed with advanced composite technology, these cylinders are corrosion-resistant, ensuring long-lasting performance in any environment.
What is a Composite propane tank?
A composite propane tank or Type IV LPG cylinder, consists of a fiberglass pressure vessel and an external casing. Composite cylinders are widely used for storing gas under high-and low-pressure. Composite materials have unique qualities such as light weight, superior strength, and increased durability, and they are used in multiple industrial applications.
- The inner layer is seamless, blow-molded polyethylene (HDPE)
- The next layer is a wound blend of fiberglass and resin.
- The durable outer case is an HDPE casing, providing protection, an ergonomic grip and our trademark sleek design.
FEATURES & BENEFITS
- Liquid draw valve
- Horizontal use or vertical use
- Lightweight
- Translucent construction
- Rust resistant
- BLEVE-free*
*Boiling Liquid Vapor Explosion (BLEVE) occurs when a liquid within a container reaches a temperature above its boiling pint, causing the vessel containing the liquid to rupture
|
The inner layer is seamless, blow-molded polyethylene (HDPE) The next layer is a wound blend of fiberglass and resin. The durable outer case is an HDPE casing, providing protection, an ergonomic grip and our trademark sleek design. |
 |
Want more information? Contact Weldstar, today!
Composite forklift cylinders deliver quality, safety and innovation.
Lightweight, Tough, and Built to Perform — Meet the Composite LPG Cylinder
A composite LPG cylinder—also known as a composite propane tank or Type IV cylinder—is engineered for strength and efficiency. Made with a durable fiberglass pressure vessel encased in a rugged outer shell, it’s designed to safely store gas at both high and low pressures.
What sets composite cylinders apart? Their advanced materials offer unmatched advantages: they’re lighter than traditional steel tanks, incredibly strong, and built to withstand tough conditions. That’s why they’re trusted across a wide range of industries where performance and safety matter most.
Why Choose Composite?
Our composite propane forklift cylinders offer a durable, lightweight, and efficient solution for material handling operations. Designed with advanced composite technology, these cylinders are corrosion-resistant, ensuring long-lasting performance in any environment.
What is a Composite propane tank?
A composite propane tank or Type IV LPG cylinder, consists of a fiberglass pressure vessel and an external casing. Composite cylinders are widely used for storing gas under high-and low-pressure. Composite materials have unique qualities such as light weight, superior strength, and increased durability, and they are used in multiple industrial applications.
- The inner layer is seamless, blow-molded polyethylene (HDPE)
- The next layer is a wound blend of fiberglass and resin.
- The durable outer case is an HDPE casing, providing protection, an ergonomic grip and our trademark sleek design.
FEATURES & BENEFITS
- Liquid draw valve
- Horizontal use or vertical use
- Lightweight
- Translucent construction
- Rust resistant
- BLEVE-free*
*Boiling Liquid Vapor Explosion (BLEVE) occurs when a liquid within a container reaches a temperature above its boiling pint, causing the vessel containing the liquid to rupture
|
The inner layer is seamless, blow-molded polyethylene (HDPE) The next layer is a wound blend of fiberglass and resin. The durable outer case is an HDPE casing, providing protection, an ergonomic grip and our trademark sleek design. |
|