The EN16129 collection is designed for high-quality, reliable gas hose assemblies that meet the rigorous European standard for pressure regulators and related safety components in LPG systems. Built to comply with EN16129, these hoses are ideal for use in gas delivery applications, from residential and commercial LPG setups to industrial gas installations. With a focus on safety, durability, and performance, the EN16129 collection provides dependable solutions for secure and efficient gas handling.

Crafted from premium, gas-resistant materials, EN16129 hoses deliver excellent durability and resistance to the effects of LPG and other gas types. The materials are chosen to prevent degradation from prolonged gas exposure, ensuring a long service life with minimal maintenance. Designed to endure the demands of both indoor and outdoor environments, these hoses provide exceptional resilience to UV rays, temperature variations, and other environmental factors, making them suitable for diverse conditions.

The EN16129 hoses are engineered with flexibility in mind, allowing for smooth routing and installation in tight or complex spaces. This flexibility, combined with lightweight construction, makes the hoses easy to handle and ideal for both permanent installations and portable LPG systems. Whether in a commercial kitchen, a mobile catering setup, or a workshop, these hoses ensure hassle-free installation and reliable performance.

Safety is a priority in the EN16129 collection. Each hose features reinforced layers that enhance burst resistance, effectively containing high-pressure gas to prevent leaks and safeguard against accidents. Manufactured to meet the stringent requirements of the EN16129 standard, these hoses undergo rigorous testing to guarantee they provide consistent gas flow and maximum protection. This makes them a trusted choice for gas professionals who prioritize safety and reliability in every application.

Designed to perform reliably across a wide temperature range, the EN16129 hoses maintain their flexibility and structural integrity even in extreme conditions. Their resilience to both heat and cold makes them adaptable to a variety of environments, from warm kitchens to colder outdoor installations. This versatility ensures that they continue to deliver dependable gas flow, whether in routine use or in challenging conditions.