High pressure flexible hose, annual profile, stainless steel T321

High Pressure Flexible Hose

High pressure flexible hose in annular construction is provided with one or two braids to withstand high pressure up to 3250 PSI and is suitable for hydraulic applications.

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Ultra heavy wall braided hose assembly, Nominal hose size 1/4 inch through 12 inch

Ultra Heavy Wall Braided Hose

Heavy wall braided hoses made of stainless steel T321 and T316L are suitable for applications where long cycling life ad flexibility are required.

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Hebei Qianli Rubber Products Co., Ltd. has been specialized in hose production since its foundation in 1999. Over the past 20 years, Qianli serves customers that come from almost 30 countries across the world with high quality products and prompt service, and will always do it well in the future.

Qianli pays great attention to every step of the hose production, such as equipment, engineering, manufacturing and after-sale service, to support the best metal hose products.

Diverse braided hoses are in stock. For materials, they are divided into stainless steel 304, 321, 316L, bronze and Monel. For pressure requirements, corrugated hoses of ultra-high pressure and medium pressure are ready for your quotation. For flexibility, standard and super flexible hoses are provided. For nominal hose sizes, 1/4" to 12" are available. In a word, whatever you need, you will find the right flexible hose here.

For convenient choices and saving your precious time, we've summarized six criteria for metal hose selection.

Hot Products

Hebei Qianli Rubber Products Co., Ltd. Adheres to the policy of quality-first and aims to be your most reliable metal hose supplier. There will be a win-win outcome if you choose our products.

Quality Control

All our products are designed to meet the exact technical parameters, including working temperature and pressure, burst pressure, test pressure and other related data. All these data are tested at 70 °F. However, working pressure will drop as the ambient temperature rises. Please consider the derating factor between temperature and pressure and calculate the practical pressure your applications need.