HoseLifter | Heavy Duty | 6-8”
High Quality Rust Prevention Frame & Bearings. 6”-8”Hose. Made for onshore | offshore environments.
Volume & contract pricing available. Tell our team what you need in the form below — pricing and lead time back in 1-2 business hours.
Built-to-spec hose assemblies. Hydrostatic & nitrogen test certificates and NAHAD tag-and-trace available on request.
Experience superior performance with the Continental 3 in. ID Spiraflex Polyurethane Vapor Recovery with Static Wire (20013587). This innovative vapor recovery solution is engineered for efficiency and reliability, making it an essential addition to your industrial applications. Designed specifically for vapor recovery systems, this product excels in preventing vapor emissions while ensuring safety through its integrated static wire feature.
By selecting the Continental 3 in. ID Spiraflex Polyurethane Vapor Recovery with Static Wire (20013587), you are investing in a product that not only meets industry standards but also provides exceptional performance. Its flexibility and lightweight design make it easy to handle, while its rugged construction ensures longevity and minimal downtime. This hose is designed for optimal vapor recovery, significantly reducing environmental impact and enhancing compliance with safety regulations.
Whether you're in need of a reliable vapor recovery solution for your facility or looking to upgrade your current systems, the Continental 3 in. ID Spiraflex Polyurethane Vapor Recovery with Static Wire (20013587) is the ideal choice. Don't compromise on safety and efficiency—choose a product that delivers on both fronts.
Volume & Contract Pricing
NAHAD-certified hose assemblies, hydrostatically tested in-house, backed by a 30,000 sq ft warehouse.
Tell us what you need for this product. Our team replies with volume pricing and lead time in 1-2 business hours.
Since 1967
Ariba-enabled · SAM.gov CAGE 8GK08 · Woman-owned small business
High Quality Rust Prevention Frame & Bearings. 6”-8”Hose. Made for onshore | offshore environments.