Articles

Often described as the “blood vessels” of hydraulic systems, high-pressure hoses are far more sophisticated than they appear. A quality hose is built in three layers: an oil-resistant inner tube, a high-tensile steel wire reinforcement, and an abrasion-resistant cover. It is the reinforcement layer — the invisible skeleton in the middle — that ultimately defines

BP has announced what it describes as its biggest oil and gas discovery in Brazil in 25 years at the Bumerangue prospect. Subject to follow-up tests confirming commercial viability, the block is poised to develop into a brand-new oil and gas production hub. The Bumerangue prospect sits in ultra-deep offshore waters with a water depth

In the test lab for high-pressure hoses, burst test results often look impressive: four times the working pressure, rupture neatly in the middle of the hose body, matching perfectly with the datasheet figures. Yet the identical hose, once fitted onto machinery, may bulge at a bend after only half a year. The issue lies not

Another often-ignored hard metric is bore (nominal inner diameter). Pressure decides whether it holds; bore decides whether it flows. At the same pressure, an undersized bore still makes the system “throw tantrums” — just not as a burst, but as lost efficiency and rising heat. Bore decides flow and pressure drop At a given system

A hydraulic system loses oil in a way that never shows on the pressure gauge and never trips a fault alarm — yet the tank level quietly drops and the floor mysteriously gathers oil film. That is permeation through the hose inner tube. It is not a leak point but a molecular-level “slow leak.” Low-permeation

We provide deep-sea / offshore high-pressure hose assemblies built around high reliability and long service life, for hydraulic systems on offshore platforms, subsea equipment, drilling units and ROVs (Remotely Operated Vehicles). They are engineered to withstand not just standalone pressure, but four combined marine operating conditions: seawater corrosion, continuous dynamic bending, seabed abrasion and difficult-to-access

Most hydraulic hose assemblies do not fail because the hose was wrong. They fail at the connection — at the crimp between hose and fitting. The industry.

Steam is one of the harshest services a rubber hose can be asked to handle. The combination of high temperature, moisture, and pressure cycling attacks.