Conductive Rubber Tube WOLWES Black Silicone Tubing 39ft 6×1.5mm

Description

Product Overview

Introducing the WOLWES conductive rubber tube, a premium black silicone tubing designed for demanding industrial and scientific environments. With a precise outer diameter of 6mm and an inner diameter of 1.5mm, this 39‑foot (approximately 12‑meter) length provides ample reach for complex routing and integration tasks. The material composition combines conductive silicone rubber with a Shore hardness range of 40A‑70A, delivering a balance of flexibility and resilience that resists wear, abrasion, and chemical exposure. Electrical properties feature a volume resistivity of 5‑15 Ω·cm³ and surface resistance of 80‑400 Ω, ensuring effective static dissipation and safe grounding in sensitive electronic assemblies. The tube’s black coloration not only offers UV resistance but also blends seamlessly with standard equipment aesthetics, reducing visual clutter in crowded workspaces. Its lightweight construction, weighing only 0.15 pounds per foot, simplifies handling and installation, while the robust wall thickness of 4.5 mm provides structural integrity under pressure. The tubing meets industry standards for conductive rubber hoses, earning a top ranking in its category and confirming its reliability for professional applications.

Engineered for versatility, the conductive rubber tube serves a broad spectrum of sectors, including electronics manufacturing, automotive wiring, medical device assembly, and general-purpose fluid handling. In electronic environments, the tube’s low surface resistance effectively prevents charge accumulation, protecting sensitive components from electrostatic discharge (ESD) events. Automotive technicians benefit from the hose’s ability to transmit both electrical signals and coolant or hydraulic fluids without compromising performance, thanks to its chemically resistant silicone matrix. Healthcare facilities appreciate the hygienic properties of silicone, which can be sterilized and reused, making the tubing suitable for disposable or reusable medical instruments. Moreover, the tube’s compatibility with standard fittings and clamps enables quick integration into existing systems, reducing downtime and simplifying maintenance procedures. The tube’s temperature tolerance ranges from -40 °C to 200 °C, allowing operation in extreme climates and high‑heat processes without degradation. Its flame‑retardant formulation complies with safety regulations, providing an added layer of protection in environments where fire risk is a concern. By offering a combination of electrical conductivity, mechanical strength, and chemical stability, this product reduces the need for multiple specialized hoses, streamlining inventory and lowering overall procurement costs for businesses.

Quality assurance is a cornerstone of the WOLWES brand, and each conductive rubber tube undergoes rigorous testing before leaving the factory. Dimensional accuracy is verified with calibrated gauges to ensure consistent 6 mm outer and 1.5 mm inner diameters across the entire 39‑foot length, preventing leaks and flow restrictions. Electrical performance is measured using standardized resistivity tests, guaranteeing that every meter of tubing meets the specified 5‑15 Ω·cm³ volume resistivity and 80‑400 Ω surface resistance values. The product is also inspected for surface defects, such as cuts or abrasions, which could compromise conductivity or durability. Certified by industry standards, the tube carries the ASIN B0FX7TM75H and holds a strong sales rank, reflecting its popularity among professionals seeking reliable conductive solutions. Customers also benefit from the tube’s easy-to-cut design, allowing sections to be trimmed to exact lengths without fraying, and its compatibility with standard ¼‑inch fittings simplifies installation across a variety of equipment. The packaging includes a protective coil that prevents kinking during shipping, ensuring the product arrives in pristine condition ready for immediate deployment.

Usage

The conductive rubber tube excels in environments where both electrical conductivity and fluid transport are required. In a typical electronics assembly line, the hose can be used to route power cables while simultaneously shielding them from static buildup, ensuring reliable operation of printed circuit boards and sensitive components. Automotive workshops often employ the tubing to connect sensors, actuators, and control units, taking advantage of its ability to convey coolant or brake fluid without compromising signal integrity. Its flexibility allows it to navigate tight spaces within engine bays, chassis frames, and instrument panels, reducing the need for multiple separate conduits. When used in medical device manufacturing, the tube provides a sterile pathway for fluid delivery, benefiting from silicone’s biocompatibility and ease of sterilization. In laboratory settings, its chemical resistance allows safe handling of aggressive reagents, while the conductive property helps dissipate static that could otherwise affect sensitive analytical instruments. The 39‑foot length can be coiled or cut to suit various installation lengths, offering flexibility for both permanent and temporary setups.

Installation of the conductive rubber tube is straightforward thanks to its lightweight nature and the ability to cut it cleanly with standard tubing cutters. The tube’s outer surface is smooth, reducing friction when passing through clamps or guides, and its inner lumen remains unobstructed, ensuring consistent flow rates for liquids or gases. For electrical applications, the conductive silicone material eliminates the need for separate grounding wires, simplifying wiring diagrams and reducing overall system complexity. Users can secure the hose with common ¼‑inch compression fittings, which are widely available and compatible with most industrial equipment. When routing the tube around sharp corners, a gentle bend radius of at least three times the outer diameter preserves its structural integrity and prevents micro‑cracks that could affect conductivity. For high‑temperature applications, the silicone composition maintains flexibility up to 200 °C, allowing the hose to be used in engine cooling loops or heat‑exchanger systems without loss of performance. Regular inspection for wear and periodic cleaning with mild detergents extend the service life, making the product a cost‑effective solution for long‑term projects.

Field technicians appreciate the tube’s durability during transport and on‑site installation. The coil packaging protects the hose from kinks, while the lightweight design reduces fatigue during repetitive handling. In emergency repair scenarios, the ability to quickly cut and attach the tube to existing fittings enables rapid restoration of both electrical grounding and fluid flow, minimizing equipment downtime. Moreover, the conductive properties help maintain safety standards by preventing static discharge in volatile environments such as fuel stations or chemical processing plants. The tube’s resistance to oil, gasoline, and common solvents ensures that it can be used in automotive service bays without degradation, while its non‑toxic silicone composition meets health and safety regulations for use in food‑grade or medical environments. By providing a single, multifunctional component that addresses both electrical and fluidic needs, the conductive rubber tube reduces inventory complexity and streamlines procurement for maintenance teams across diverse industries.

Why Choose Us

WOLWES stands out in the conductive rubber tubing market by delivering a product that merges high electrical performance with exceptional mechanical durability. The company’s commitment to quality is reflected in its stringent manufacturing processes, which include automated extrusion, precise curing, and comprehensive testing at each production stage. This ensures that every meter of tubing meets exact dimensional tolerances and electrical specifications, providing customers with confidence that the hose will perform reliably under demanding conditions. In addition, WOLWES offers a dedicated technical support team that assists clients with product selection, installation guidance, and troubleshooting, ensuring that users can maximize the benefits of the conductive tubing in their specific applications. The company also provides a comprehensive warranty covering material defects and performance issues, reinforcing its confidence in the long‑term reliability of the product. Furthermore, the brand’s extensive distribution network ensures rapid delivery to customers worldwide, minimizing lead times and supporting just‑in‑time manufacturing processes.

The conductive rubber tube’s design incorporates a unique blend of silicone polymers that provide both conductivity and flexibility, a combination rarely found in standard rubber hoses. This material science advantage translates into real‑world benefits such as reduced risk of static discharge, smoother fluid flow, and longer service life even in harsh chemical environments. Users report fewer replacements and lower maintenance costs compared with conventional non‑conductive hoses, delivering measurable ROI for businesses that rely on continuous operation. The tube’s compatibility with a wide range of fittings and accessories further simplifies system integration, allowing engineers to design streamlined solutions without the need for multiple specialized components. Its robust wall thickness of 4.5 mm provides protection against mechanical impacts, while the conductive silicone core maintains consistent electrical performance over the product’s lifespan.

Clients benefit from traceability, as each batch is labeled with a unique production code, enabling quick identification in case of any field issues. This level of transparency and accountability reinforces trust and positions WOLWES as a reliable partner for long‑term projects. WOLWES continuously invests in research and development to refine the silicone formulation, enhancing conductivity, temperature tolerance, and mechanical strength, ensuring the tubing remains at the cutting edge of industry standards. Feedback from field engineers is actively incorporated into product revisions, allowing WOLWES to address emerging challenges such as new chemical exposures or evolving electrical safety requirements, thereby delivering a solution that evolves with the market. Global distribution centers provide localized inventory, enabling same‑day shipping in major regions and reducing lead times for critical projects.

Key Features

• Conductive silicone rubber eliminates static buildup, providing safe grounding for electronic components and reducing risk of electro‑static discharge.
• Durable 4.5 mm wall thickness and Shore 40A‑70A hardness resist abrasion, cuts, and pressure, ensuring long‑term service life in harsh industrial settings.
• Flexible 6 mm outer diameter with 1.5 mm inner bore allows easy installation, coiling, and cutting to custom lengths without fraying.
• Temperature range from –40 °C to 200 °C supports operation in extreme cold and high‑heat environments, suitable for automotive cooling and heat‑exchange applications.
• Comes with comprehensive technical support, detailed datasheets, and a warranty covering material defects, backed by a responsive after‑sales service team.

FAQ

What makes the conductive rubber tube suitable for static discharge protection?

The conductive rubber tube is formulated from silicone rubber infused with conductive particles, which gives it a low surface resistance of 80‑400 Ω. This property allows any accumulated static charge to be safely dissipated along the length of the hose, preventing sudden discharge that could damage sensitive electronics. Because the material maintains its conductivity across a wide temperature range and under mechanical stress, it provides reliable grounding even in environments where traditional metal conductors might corrode or break. The tube’s continuous conductive path also simplifies system design by eliminating the need for separate grounding wires, reducing installation time and potential points of failure.

Can the tube be used for fluid transfer in automotive applications?

In automotive systems the tube can serve both electrical and fluidic functions, making it a versatile component for modern vehicles. Its black silicone composition resists oil, gasoline, coolant, and brake fluid, so it can be placed directly in engine bays or near fuel lines without degradation. The conductive nature of the hose allows it to carry sensor signals or power while simultaneously transporting liquids, reducing the number of separate hoses required. The 6 mm outer diameter and 1.5 mm inner bore provide sufficient flow capacity for typical coolant or hydraulic circuits, and the tube can be fitted with standard ¼‑inch compression fittings for quick and secure connections.

How do I install and cut the tube to fit my system?

Installing the tube is simple and does not require special tools beyond a standard tubing cutter and basic hand tools. First, measure the required length and mark the cut point; the silicone material cuts cleanly without fraying, allowing a precise fit. After cutting, deburr the ends if necessary, then slide a ¼‑inch compression fitting onto each end, ensuring the inner tube passes through the fitting’s seal. Tighten the fitting using a wrench to the manufacturer’s torque specification, typically around 5 Nm, to create a leak‑free seal. For electrical connections, strip a short section of the outer conductive layer and attach it to a grounding point using a screw terminal or clamp.

What warranty and support does WOLWES provide for this product?

WOLWES backs the conductive rubber tube with a one‑year limited warranty that covers any material defects or performance failures arising from normal use. If a defect is identified, the company will replace the affected portion of the hose at no cost, provided the product was installed according to the supplied guidelines. In addition to the warranty, WOLWES offers a dedicated technical support line staffed by engineers who can answer questions about sizing, fitting compatibility, and troubleshooting. Customers also have access to an online portal containing detailed datasheets, installation videos, and a knowledge base, ensuring they receive the information needed to maximize the tube’s benefits throughout its service life.