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Design and Production of Industrial Rubber Components

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    1. Mining Equipment
    2. Mining Equipment Rubber Diaphragms for Rock Drill Machines
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    2. Oilfield Rubber Diaphragms & Bladders for Oilfield BOP Accumulators
    1. Automotive
    2. Automotive Rubber Diaphragms for Automotive Brake Chambers
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    2. Wind Power Rubber Accumulator Bladders for Wind Turbines
    1. Port Equipment
    2. Port Equipment Anti-Vibration Mounts for Port Crane Lifting Equipment
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    2. Agricultural Machinery Rubber Diaphragms & Accumulator Bladders for Agricultural Machinery
Industrial Rubber Components Manufacturer
    1. R&D Team
    2. R&D Team Led by company founder Mr. Zhao Huijiang, a UK Chartered Engineer and IET member, the R&D team has over two decades of deep industry experience. Mr. Zhao is a specialist in material formulations, rubber diaphragm design, and accumulator engineering.
    1. Product Design
    2. Product Design During the product design phase, Simker employs advanced Computer-Aided Design (CAD) and Computer-Aided Engineering (SOLIDWORKS) tools to perform structural simulation and analysis, ensuring optimal dimensions and geometry while maintaining required performance standards.
    1. Quality Control
    2. Quality Control The company has obtained ISO 9001 quality management system certification and established enterprise standards filed with the Bureau of Quality and Technical Supervision.

Yes. The welded diaphragm accumulators ensure precise control, accurate energy storage and release, and stable pressure regulation in compact designs suitable for medical devices.

Dual-chamber threaded or dual-chamber flanged accumulator are recommended. Their high capacity and dual-chamber structure absorb pressure surges, maintain stability during load changes, and prevent swing or shock.

Multi-chamber flange-type accumulators are ideal. Constructed with corrosion-resistant materials, the multi-chamber design ensures stable energy storage and release under pressure fluctuations.