Sleeve

A double-hole rubber sleeve for automotive cables is a protective conduit designed to organize and shield two parallel wires or cables in vehicles. Made from durable EPDM, silicone, or TPE, it prevents abrasion, tangling, and exposure to heat/moisture while simplifying cable routing. Key Features & Benefits ✔ Dual-Channel Design – Secures two cables side-by-side in one sleeve for neat routing. ✔ Abrasion & Heat Resistance – Protects wires from engine heat, sharp edges, and friction. ✔ Weatherproof – Resists oil, coolant, and temperature extremes (-40°C to 150°C / -40°F to 302°F). ✔ Flexible & Lightweight – Easy to install in tight spaces without kinking. ✔ EMI Shielding Option – Conductive variants reduce electrical interference. Common Applications Engine Bay Wiring – Bundles sensor cables or ignition wires. EV Battery Systems – Organizes high-voltage lines. Interior Harnesses – Protects seat/heater wiring under dashboards. Installation Tips Slide cables into sleeves before securing clips. Use zip ties at intervals for strain relief. Replace if cracks or swelling occur.

A rubber sleeve for cable protection is a flexible, durable covering designed to shield wires and cables from abrasion, moisture, chemicals, and mechanical damage. Made from high-quality elastomers like EPDM, silicone, or neoprene, it ensures long-lasting insulation and organization in harsh environments. Key Features & Benefits ✔ Abrasion & Cut Resistance – Protects cables from sharp edges, friction, and wear. ✔ Weatherproof – Resists UV rays, water, and extreme temperatures (-50°C to 200°C / -58°F to 392°F, material-dependent). ✔ Flexible & Easy to Install – Slides over cables effortlessly, even in tight spaces. ✔ Chemical Resistance – Withstands oils, fuels, and solvents (ideal for automotive/industrial use). ✔ EMI/RFI Shielding – Optional conductive layers for interference protection. Material Options Material Best For Limitations Silicone High-temperature areas Less cut-resistant EPDM Outdoor/UV exposure Poor oil resistance Neoprene Oil/chemical environments Stiffens in cold temps TPE General-purpose flexibility Lower heat tolerance Common Applications Automotive Wiring – Protects engine bay harnesses from heat and abrasion. Industrial Machinery – Guards cables in robotic arms or conveyor systems. Marine/Outdoor Electronics – Prevents corrosion from saltwater/moisture. EV Charging Cables – Reinforces high-voltage lines. Installation & Maintenance Measure Cable Diameter – Choose a sleeve with a snug fit (avoid overstretching). Slide On Before Termination – Install before connectors are attached. Inspect Regularly – Check for cracks, swelling, or stiffness.

A cable sleeve is a flexible protective covering designed to bundle, organize, and shield wires or cables from abrasion, heat, chemicals, and electromagnetic interference (EMI). Made from materials like braided polyester, PVC, silicone, or expandable mesh, it ensures safe and efficient cable management in industrial, automotive, and electronic applications. Key Features & Benefits ✔ Abrasion & Cut Resistance – Protects cables from sharp edges, friction, and wear. ✔ Heat & Flame Resistance – Withstands high temperatures (up to 1000°C / 1832°F for fiberglass sleeves). ✔ Flexible & Expandable – Fits tightly around cables while allowing easy routing. ✔ EMI/RFI Shielding – Metalized or conductive options reduce signal interference. ✔ Easy Installation – Slip-on, wrap-around, or split designs for quick retrofitting. Material Options Type Best For Limits Braided PET General abrasion protection Limited heat resistance Silicone High-temperature areas (200°C+) Higher cost Fiberglass Extreme heat (e.g., exhaust systems) Less flexible Expandable Mesh Lightweight, flexible routing Minimal EMI shielding Common Applications Automotive Wiring – Protects engine bay harnesses from heat/oil. Industrial Robots – Guards cables in moving machinery. Data Centers – Organizes server/network cables. DIY Electronics – Prevents tangling in home setups. Installation Tips Measure Cable Bundle – Select a sleeve with 20–30% extra diameter. Use Zip Ties – Secure ends to prevent slippage. Inspect Regularly – Replace if frayed, melted, or cracked.

A PVC sleeve for high voltage cabinets is an insulating protective cover designed to organize and shield cables, busbars, and electrical connections within high-voltage enclosures. Made from flame-retardant polyvinyl chloride (PVC), it prevents short circuits, arc flashes, and accidental contact while ensuring compliance with electrical safety standards. Key Features & Benefits ✔ High Dielectric Strength – Withstands voltages up to 1kV–35kV (customizable). ✔ Flame Retardant – Meets UL94 V-0 and IEC 60695 standards to resist ignition. ✔ Abrasion & Chemical Resistance – Protects against oils, acids, and mechanical wear. ✔ Flexible & Lightweight – Easy to route in tight cabinet spaces without kinking. ✔ Color Coding – Available in red/yellow (warning colors) or standard gray/black. Material Specifications Temperature Range: -30°C to 105°C (-22°F to 221°F) Wall Thickness: 1mm–5mm (reinforced options available) Standards Compliance: RoHS, REACH, IEC 61439 Applications Switchgear/Transformer Cabinets – Insulates busbars and power distribution lines. EV Charging Stations – Covers high-voltage DC cables. Industrial Control Panels – Organizes and protects wiring in PLC cabinets. Installation Tips De-Energize – Always power off before installation. Cut to Length – Use a sharp blade for clean edges (deburt if necessary). Secure with Zip Ties – Anchor sleeves to prevent movement.

A PVC sleeve for steel frames is a protective, insulating cover designed to shield metal structures from corrosion, abrasion, and electrical contact. Made from durable polyvinyl chloride (PVC), it provides a lightweight yet robust barrier against environmental and mechanical damage, ensuring extended lifespan and safety for steel frameworks. Key Features & Benefits ✔ Corrosion Prevention – Blocks moisture, chemicals, and salt spray to protect steel from rust. ✔ Abrasion Resistance – Guards against scratches and wear during handling or transport. ✔ Electrical Insulation – Non-conductive material prevents accidental short circuits. ✔ UV & Weather Resistant – Withstands outdoor exposure (-30°C to 70°C / -22°F to 158°F). ✔ Easy Installation – Slides or snaps onto steel beams, pipes, or edges without tools. Common Applications Construction Steelwork – Covers exposed beams, columns, or rebar. Industrial Racking – Protects warehouse shelving frames from impact. Marine/Coastal Structures – Shields docks, railings, and fixtures from saltwater. Electrical Conduits – Insulates metal cable trays or ladder racks. Material Specs Thickness: 0.5mm–3mm (reinforced options available) Colors: Gray, black, or custom (e.g., safety yellow for visibility) Standards: Complies with RoHS, REACH, and ASTM D2287 Installation & Maintenance Clean Steel Surface – Remove dirt/grease before sliding on sleeves. Trim to Fit – Cut with a utility knife for precise lengths. Secure Ends – Use adhesive or heat-shrink caps for permanent fixes.

A TPV (Thermoplastic Vulcanizate) sleeve for pushcart handles is a durable, ergonomic grip cover designed to enhance comfort, safety, and longevity. It provides a non-slip, shock-absorbing surface for easy handling while resisting wear, weather, and frequent use in commercial or industrial settings. Key Features & Benefits ✔ Superior Grip – Textured or ribbed surface prevents slipping, even with wet/sweaty hands. ✔ Weather & UV Resistant – Withstands rain, sun, and extreme temps (-40°C to 90°C / -40°F to 194°F). ✔ Abrasion-Proof – Outlasts rubber/PVC with 3–5x longer lifespan in high-friction use. ✔ Shock Absorption – Reduces hand fatigue during prolonged pushing/pulling. ✔ Easy Installation – Slides over handles or integrates with replacement grips. Material Advantages Property TPV Rubber (Comparison) Weight 20% lighter Heavier Tear Strength Higher Prone to cracking Maintenance Low (no oil absorption) Attracts dust/dirt Applications Shopping Carts – Grocery stores, warehouses. Industrial Pushcarts – Factories, airports. Medical/Service Carts – Hospitals, hotels. Installation Tips Clean handle with alcohol for adhesive-backed versions. For slip-on designs, warm sleeve briefly for easier fitting. Replace if surface becomes smooth or hardened.