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90℃ not shrinking PVC tubing is made by high quality PVC (polyvinyl chloride) material extrusion molding, have excellent electrical and physical properties, acid resistance, corrosion resistance, the advantages of stable performance, widely used in all kinds of household appliances, industrial appliances, lighting, automotive wiring harness, electronic components, motor fuses, machinery, toys, stationary, etc.
The 60℃/75℃/90℃ Non-shrinkable PVC tube is an extruded PVC insulation sleeve for wire-protection work where the tube is installed as supplied rather than heat-shrunk around a conductor. This makes the 60℃/75℃/90℃ Non-shrinkable PVC tube a practical option for organized internal wiring in appliances, lighting products, electrical equipment, and wire-harness assemblies. Its smooth, glossy surface and flexible construction support a neat appearance while helping installers route and cover conductors.
When selecting a 60℃/75℃/90℃ Non-shrinkable PVC tube, begin with the actual wire route, available installation space, required voltage grade, temperature exposure, and the safety documentation required by the finished product. A larger or thicker sleeve is not automatically the better choice; the useful choice is the 60℃/75℃/90℃ Non-shrinkable PVC tube size that fits the conductor bundle and the intended assembly process. Confirm the selected inside diameter, wall thickness, and roll length against the application before ordering.
This 60℃/75℃/90℃ Non-shrinkable PVC tube is designed for insulation and protective sleeving without a heating step. The existing product material states an operating temperature range of -20°C to 105°C and a 105°C temperature rating. It also states no cracking in a heat-shock test at 105°C for 4 hours and no cracking in a cold-bend test at -10°C. These stated properties can help buyers assess whether the 60℃/75℃/90℃ Non-shrinkable PVC tube is suitable for their planned operating conditions; final suitability should be confirmed against the complete equipment design and applicable requirements.
| Property | Stated value or option |
|---|---|
| Material | PVC |
| Operating temperature | -20°C to 105°C |
| Temperature rating | 105°C |
| Voltage grades | 300V and 600V |
| Flammability | UL224 VW-1 |
| Breakdown voltage | ≥2500V for 60 seconds, no breakdown |
| Color | Black; custom color available on request |
The 60℃/75℃/90℃ Non-shrinkable PVC tube is also described as acid- and corrosion-resistant and as having aging resistance. The source identifies an aging test in a circulating-air oven at 136.0±1.0°C for seven days, with stated post-aging tensile strength and elongation requirements. Because the original volume-resistivity entry is incomplete, no numerical resistivity value is stated here. Request the relevant current technical documentation when that electrical parameter is essential to your project.
For internal appliance wiring, lamp leads, and socket-wire insulation, the 60℃/75℃/90℃ Non-shrinkable PVC tube can provide a simple protective sleeve around conductors. The product’s stated flexibility can be useful where leads follow compact paths. For a lighting or appliance program, verify the selected 60℃/75℃/90℃ Non-shrinkable PVC tube grade, dimensions, and required safety approvals for the finished product rather than relying on a general material description alone.
Control-cabinet wiring, electronic-component insulation, and motor lead protection are examples named in the original material. In these settings, a 60℃/75℃/90℃ Non-shrinkable PVC tube may be considered when a non-shrinking insulating cover is appropriate. Compare the 300V or 600V grade with the circuit requirement, and check clearance, conductor temperature, movement, and any exposure to chemicals before final selection.
The original description includes automotive wiring harnesses and motor leads among potential applications. The 60℃/75℃/90℃ Non-shrinkable PVC tube may help organize and insulate routed wires where its properties match the design conditions. Automotive, appliance, and industrial applications can rely on different test systems, so a listed general flammability or environmental statement should not be treated as automatic approval for every end-use program. Confirm the required documentation with the responsible engineering and compliance teams.
The existing specification table lists multiple nominal size references, inside diameters, wall-thickness values for 300V and 600V versions, and packing lengths. Examples include 5/8 with a stated inside diameter of 1.59±0.80 mm and 50 m per roll, 9/16 with a stated inside diameter of 14.3±0.80 mm and 100 m per roll, and smaller numbered sizes with listed 200 m, 305 m, or 500 m packing lengths. Since the source table should remain the controlling reference, ask for confirmation of the intended 60℃/75℃/90℃ Non-shrinkable PVC tube size, voltage version, wall thickness, and packing configuration before placing a production order.
Many buyers first compare only a diameter and a temperature figure. That is too simple. The usable 60℃/75℃/90℃ Non-shrinkable PVC tube depends on the complete installation: conductor bundle size, bends, available space, expected temperature, voltage grade, and the finished-product compliance path. A sleeve that is overly tight can make assembly difficult, while excessive clearance can reduce the intended fit. Reviewing these conditions early can make selection more efficient.
The main differentiation of the 60℃/75℃/90℃ Non-shrinkable PVC tube is the combination of a non-shrinking PVC sleeve format, stated flexibility, electrical insulation properties, listed 300V and 600V grades, and a broad catalog of sizes. The source also provides a black standard color and notes that color customization is available on request. Where appearance, route management, and straightforward sleeve installation matter, the 60℃/75℃/90℃ Non-shrinkable PVC tube gives buyers a clear product category to evaluate.
For a reliable inquiry, provide the application, conductor or bundle dimensions, requested voltage grade, operating-temperature range, color need, and required documents. This allows the supplier to help match a 60℃/75℃/90℃ Non-shrinkable PVC tube configuration to the intended use without assuming unsupported performance. In safety-sensitive designs, verify all applicable product-level requirements and test evidence before approval.
90℃ not shrinking PVC tubing is made by high quality PVC (polyvinyl chloride) material extrusion molding, have excellent electrical and physical properties, acid resistance, corrosion resistance, the advantages of stable performance, widely used in all kinds of household appliances, industrial appliances, lighting, automotive wiring harness, electronic components, motor fuses, machinery, toys, stationary, etc.
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