WATERBLAST HOSE

Description

• Construction: Waterblast hoses are constructed with layers of high-strength materials to handle the intense pressures and to provide flexibility. The specific construction may vary depending on the manufacturer and the hose’s intended use.
• Inner Tube: The inner tube of the waterblast hose is typically made of synthetic rubber or thermoplastic material. This inner tube is designed to be water-resistant and capable of handling high-pressure water without leaking.
• Reinforcement Layers: Waterblast hoses feature multiple layers of high-tensile steel wire braids, spirals, or other reinforcements. These layers give the hose its ability to withstand the high-pressure water without bursting or collapsing. The number of reinforcement layers and the materials used can vary based on the hose’s pressure rating.
• Outer Cover: The outer cover of the hose is made of synthetic rubber or thermoplastic material that is resistant to abrasion, environmental factors, and UV radiation. It protects the inner layers from external damage and extends the hose’s service life.
• Pressure Rating: Waterblast hoses are available in various pressure ratings to accommodate different waterjet applications. These ratings can range from 10,000 psi to well over 40,000 psi, depending on the specific hose.
• Temperature Range: Waterblast hoses are designed to operate within a specific temperature range, which is typically from -40°C to 100°C (-40°F to 212°F). However, the temperature range may vary depending on the manufacturer and hose materials.
• Application: Waterblast hoses are primarily used in industrial applications involving high-pressure waterjet cleaning, hydro-demolition, surface preparation, and cutting. They are widely used in industries such as construction, shipyards, industrial maintenance, and more. The high-pressure water generated by these hoses can effectively remove coatings, rust, debris, and perform precision cutting in various materials.
• Compatibility: Waterblast hoses are designed to work with high-pressure water, which is typically clean and does not contain abrasive particles. It’s important to ensure compatibility with the specific water source and conditions of your application.