1. Prepare Tools and Check Rubber Hose Fitting Compatibility First, gather all needed tools: a utility knife, hose clamps, a wrench, and Teflon tape. Next, confirm the rubber hose fitting matches your hose size. As an ill-fitting fitting causes leaks. Check the hose’s inner diameter and the fitting’s outer diameter; they should align perfectly. Also,…
1. Avoid Overbending and Kinking the Hydraulic Hose First, never bend the hydraulic hose beyond its minimum bend radius. Check the manufacturer’s label—each hydraulic hose has a specific limit for safe bending. Overbending crushes the internal layers, blocks fluid flow, and creates weak spots that lead to leaks. Use hose supports or clamps to keep…
1. First, Match Industrial Hose to Fluid Type Fluid compatibility is non-negotiable for industrial hoses. For corrosive fluids, choose industrial hoses with PTFE or EPDM inner tubes. These materials resist chemical erosion, preventing hose leaks or fluid contamination. For oil-based fluids, pick industrial hoses with nitrile rubber inner layers. NBR avoids swelling or breaking down…
1. Leaks: The Most Common Hydraulic Hose Problem Leaks are widespread when using hydraulic hoses, and they stem from multiple causes. Fitting issues Loose or damaged fittings break the seal between the hydraulic hose and equipment. Hydraulic fluid seeps out, reducing system pressure and wasting fluid. Hose cracks or splits Aging hydraulic hoses develop small…
1. Inner Tube Materials: Protect Against Chemical Corrosion The inner tube of a chemical hose is critical—it directly contacts corrosive fluids. PTFE Ideal for harsh chemicals. PTFE resists almost all chemicals and handles high temps. It’s smooth, so fluids don’t stick. Thus it is great for ultra-pure or reactive chemical transfer. EPDM Rubber Works for…
1. Industrial Chemical Transfer Composite hose is widely used to move harsh chemicals in factories and plants. It handles acids, alkalis and solvents safely. Its layered design, often with PTFE and polyester blocks chemical absorption and prevents leaks. Unlike rubber hoses, composite hose doesn’t swell or crack when in contact with corrosive substances. This makes…
1. First: Prepare the Fire Hose and Workspace Start by laying the fire hose flat on a clean, dry surface. Remove any dirt, rocks, or debris—these can tear the hose or get stuck during recoiling. Check the hose for kinks and straighten them out first. Because kinks make recoiling uneven and damage the rubber over…
1. Clean Rubber Hose Thoroughly Before Storage Dirt, grime, or leftover chemicals damage rubber hoses over time. Always rinse your rubber hose with plain water after each use. If it’s used for tasks like watering with fertilizer or cleaning, add a drop of mild dish soap to the water. Scrub gently with a soft brush,…
A compressed air hose‘s service life depends on 5 core factors. These elements directly impact durability, flexibility, and safety. Thus they are critical for reliable use in workshops, factories, or construction sites. Below are the key factors to watch. Material Quality of the Compressed Air Hose First, the compressed air hose’s material sets its base…
PVC Hose Is Suitable for Low-Pressure Compressed Air Tasks Yes, PVC hose works for light, low-pressure compressed air use. Most standard PVC hoses handle 50 to 100 PSI—perfect for small compressed air tasks. For example, you can use a PVC hose to inflate pool floats, air mattresses, or sports balls with a small compressor. It…