We supply coupling products and accessories to support the emerging LNG fuel delivery requirements of the Heavy Truck LNG fueling and LNG transport industries.
See our products
Global Manufacturer and Supplier of LNG Solutions
We supply coupling products and accessories to support the emerging LNG fuel delivery requirements of the Heavy Truck LNG fueling and LNG transport industries.
See our products
Global Manufacturer and Supplier of LNG Solutions
We supply coupling products and accessories to support the emerging LNG fuel delivery requirements of the Heavy Truck LNG fueling and LNG transport industries.
See our products
Global Manufacturer and Supplier of LNG Solutions
We supply coupling products and accessories to support the emerging LNG fuel delivery requirements of the Heavy Truck LNG fueling and LNG transport industries.
See our products
What We Offer
Venting and Receptacles Products for the LNG Tank Component Market
We offer dry connect coupling capabilities that meet the requirements of over the road liquid natural gas (LNG) truck fueling and transport truck LNG delivery
The current installed base for the JC Carter application is estimated to be 5,000 nozzles in countries all over the world, primarily China, United States, and throughout Europe
RELIABLE
Under conditions of proper usage and maintenance, the nozzle can perform 10,000 fill cycles without requiring a seal change. In particular, the JC Carter coupling is generally acknowledged to be the 50 GPM dry coupling that performs consistently in harsh, high volume applications.
FAST
The couplings achieve typical filling requirements in a few minutes, with maximum safety and significantly reduced carbon, nitrogen and sulfur environmental release.
FREEZE-FREE
The Ice Breaker System is provided to break off accumulated ice on the outside prior to decoupling. To limit buildup of ice inside the nozzle, which can lead to nozzle malfunction, a “freeze-free”design has been developed. These technologies enable management of ever-present water such that it has minimal impact on nozzle performance.
