News

Silicone Braided Hose Production Line

Time：

2026-06-30

Core Advantages of the Silicone Braided Hose Production Line (Fully Automatic and Integrated)

1. Integrated molding process eliminates delamination, resulting in exceptional product performance.

The production line employs an integrated closed-loop molding process that combines inner‑tube extrusion, automated braiding, outer‑layer coating, and one‑step vulcanization. Unlike conventional secondary‑processing methods, this approach ensures tight molecular bonding among the silicone inner layer, the braided reinforcement layer, and the outer rubber compound. Precise temperature control throughout the entire vulcanization process effectively eliminates issues such as delamination, bulging, water ingress, and air leakage during service, significantly enhancing the overall density and structural stability of the tubing. The resulting braided hose exhibits markedly improved pressure resistance, tensile strength, and aging performance, enabling reliable operation under high‑pressure fluid transport and prolonged exposure to elevated temperatures, with a service life far exceeding that of conventionally segment‑produced products.

II. Intelligent precision weaving ensures uniform strength and stable pressure resistance.

Equipped with a high-speed servo‑driven braiding machine, this system offers fully CNC‑controlled adjustment of braiding angle, density, and pattern throughout the process, enabling stable processing of a wide range of materials, including fiberglass, polyester, and steel wire. The braided layers are uniformly arranged with consistent tension, free from uneven density, misalignment, or broken filaments, and can be precisely tailored to meet specific product requirements for compressive and tensile strength. A standardized braiding process ensures highly consistent pressure resistance, explosion‑proof performance, and wear resistance across every batch, effectively addressing the industry’s longstanding challenges of uneven stress distribution and inconsistent pressure ratings inherent in traditional manual braiding and outdated equipment. This solution is ideally suited for high‑specification applications such as automotive coolant hoses, industrial high‑pressure tubing, and food‑grade conveying lines.

3. Fully automated, integrated production ensures high efficiency and significantly reduces labor costs.

The entire production line achieves fully automated, synchronized operation across extrusion, braiding, coating, vulcanization, traction, cutting, and winding, with intelligently matched speeds—eliminating the need for manual transfer between processes or secondary processing. Each line requires only one operator on duty, significantly reducing labor costs and human‑error risks. The equipment supports 24‑hour continuous, stable mass production, seamlessly accommodating both small‑batch custom prototyping and large‑volume order fulfillment. With consistent, high‑efficiency capacity, it effectively shortens lead times and helps companies enhance their order‑processing and delivery capabilities.

4. Multi‑purpose operation, flexible manufacturing, and high equipment utilization rates.

The equipment boasts exceptional versatility: by simply adjusting parameters and swapping molds, it can seamlessly handle the production of a wide range of silicone‑braided tubing types, including automotive high‑temperature, high‑pressure braided hoses, food‑grade water‑transfer braided tubes, medical‑grade delivery hoses, industrial fiberglass‑insulated braided pipes, and oil‑resistant, wear‑proof braided hoses. It allows for flexible switching between products with varying diameters, wall thicknesses, and braid densities, meeting the demands of multi‑specification, multi‑order flexible manufacturing while eliminating equipment idle time, significantly boosting overall equipment utilization and aligning with enterprises’ seasonal production rhythms.

5. Intelligent, precision cutting and rewinding deliver high-end finished-product quality with minimal waste.

The system features a servo‑driven eccentric precision cutter and a servo‑controlled constant‑tension wire‑feeding and winding unit, delivering high accuracy in fixed‑length cutting with clean, tear‑free, burr‑free edges. During winding, tension is automatically adjusted to prevent stretching or deformation of both soft and rigid tubing, eliminating edge collapse and layer misalignment. The finished rolls are smooth, neatly formed, and uniformly tight, significantly reducing material waste. Finished products require no secondary trimming or finishing, enabling direct shipment that meets quality standards, thereby enhancing product appearance and commanding a premium in the market—making it ideal for high‑end export orders and brand‑aligned production.

6. Energy-efficient, durable, and easy to maintain, resulting in low long-term production costs.

The core screw and barrel are treated with wear‑resistant, corrosion‑proof coatings, making them ideally suited for the long‑term processing of high‑purity and modified silicones. They exhibit excellent resistance to abrasion, ensuring a long service life. The entire machine features an energy‑efficient drive system that consumes less power than conventional equipment, and it is equipped with a closed-loop water‑circulation cooling system, delivering significant water and energy savings while promoting environmental sustainability. With a modular design, cleaning, die changes, screen replacements, and routine maintenance are quick and efficient, minimizing downtime for servicing and reducing failure rates. This results in lower ongoing operating costs and reduced production losses, offering exceptional cost‑effectiveness for mass production.