Wudi HeRong Stainless Steel

Innovative design reduces losses and minimizes fitting requirements, while cam‑lock couplings enable efficient power transmission.

Release Date:

2026-01-06

Through innovative integrated design, the traditional “main connector + auxiliary components” configuration has been optimized, enabling a single component to accommodate connections in multiple scenarios and significantly reducing the use of auxiliary fittings such as elbows and reducers.


A groundbreaking cam‑lock coupling featuring “fewer components and reduced wear” has been newly launched. Thanks to its integrated structural design and optimized connection method, it significantly cuts down on the number of components used in fluid transmission systems, effectively lowering equipment wear and maintenance costs while offering a fresh approach to efficient industrial fluid transfer.

In traditional industrial fluid transfer systems, complex connection scenarios often require a variety of auxiliary fittings, which not only increase procurement costs but also frequently lead to issues such as connection point leaks and accelerated component wear due to an excess of accessories. The newly launched Fittings Cam‑Lock Coupling, through its innovative integrated design, optimizes the conventional “main connector + auxiliary fittings” configuration, enabling a single component to accommodate multiple application scenarios while significantly reducing the use of elbow fittings, reducers, and other auxiliary components.

The product is crafted from high‑quality materials such as stainless steel and aluminum alloy, boasting exceptional structural strength and outstanding impact and wear resistance. It is ideally suited to meet fluid transfer needs across a wide range of industries, including oil and gas, chemical processing, and agricultural irrigation. In terms of performance, the product builds on the core advantages of high‑end cam‑lock couplings, offering rapid, plug‑and‑play connection capabilities with superior sealing performance, ensuring stable transmission even under low–to‑medium pressure conditions. At the same time, the product’s dimensional specifications cover mainstream ranges and support customized adjustments, seamlessly accommodating the installation requirements of various transmission systems.

The product’s innovative design not only simplifies the installation process of fluid transfer systems but also eliminates potential leakage risks at connection points at their root, reducing the frequency of component replacements and lowering maintenance costs. The launch of the Fittings cam‑lock coupling represents a significant innovation in the field of industrial fluid connectors, providing strong support for the industry to achieve cost reduction, efficiency gains, and high‑efficiency transmission.


Latest News

Technological innovation is driving the industry forward, and stainless steel cam lock couplings have achieved large-scale mass production.

The product supports flexible customization services, allowing dimensions, models, and surface treatments to be adjusted according to actual application requirements, thereby fully meeting the personalized adaptation needs of various engineering scenarios.

Lightweight innovation takes root as aluminum cam‑lock couplings empower efficient operations across multiple industries.

A comprehensive production and quality inspection system safeguards product quality: from raw material selection to finished product shipment, every single process undergoes rigorous testing, ensuring the structural stability and sealing reliability of products under low-pressure operating conditions.

Highly efficient and corrosion‑resistant: Brass cam lock couplings unlock new scenarios for multi‑media transmission.

The brass cam lock coupling is precision-cast from high‑quality brass, inherently boasting excellent thermal conductivity and strong resistance to electrochemical corrosion. It is particularly well suited for applications involving the transfer of hydraulic oil, water, and mild chemical media.

A cost‑effective choice: Polypropylene cam‑lock couplings are perfectly suited for both civilian and industrial applications.

The polypropylene cam lock coupling is manufactured using high‑strength polypropylene raw material via injection molding. The material itself is lightweight, acid‑ and alkali‑resistant, and highly resistant to aging, making it perfectly suited for low‑pressure applications such as tap water conveyance, agricultural irrigation, and the transfer of light‑duty chemical reagents.

Standards drive quality: The DIN 2817/EN 14420 cam lock coupling sets a robust industry benchmark.

The products are made from high‑quality materials such as stainless steel and aluminum alloy, tailored to meet the needs of various industrial applications. Their surfaces undergo professional treatments like pickling and polishing, delivering exceptional corrosion resistance and wear resistance.

Precisely tailored for specific application scenarios, the DIN 2828 cam lock coupling delivers a specialized upgrade.

Optimized to address the pain points in core applications such as oil, gas, and water industries, as well as chemical process piping, it delivers more precise specification designs and more reliable sealing performance, making it a dedicated connection solution tailored for specific niche markets.

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