Custom Precision Stainless Steel Valve Plates & Reed Blades – High-Durability Components for Compressors, Engines & HVAC Systems

Custom Precision Stainless Steel Valve Plates & Reed Blades – High-Durability Components for Compressors, Engines & HVAC Systems

Product Description:

Our Precision Metal Valve Plates and Reed Blades are engineered for use in high-performance compressors, engines, and refrigeration or HVAC systems. These components are produced from high-grade stainless steel or spring steel, offering exceptional fatigue resistance, high elasticity, and tight tolerances essential for long-term operation under stress.

Using progressive stamping, CNC machining, and heat treatment, we ensure each part has optimal flatness, clean cutouts, and surface finishes that prevent wear or leakage. Whether you're seeking to regulate air/gas flow, control internal pressure, or improve system response time, our valve components are built to deliver lasting performance and reliability.

Features:

• ✅ High-Precision Stamping – Guarantees tight tolerances and consistency in mass production

• ✅ Excellent Flatness & Elasticity – Perfect sealing and responsiveness in dynamic environments

• ✅ Corrosion & Heat Resistant – Ideal for high-temperature or moisture-prone applications

• ✅ Durable for High Cycle Applications – Maintains performance under millions of operations

• ✅ Sharp Tooth / Slot Designs – Engineered for precise airflow and pressure regulation

• ✅ Custom-Made to Fit Any Model – Tailored for your compressor, engine, or system specs

Technical Parameters:

Applications:

METS Sheet Metal Bending Dies are a versatile and essential tool for various sheet metal bending applications. With a bending angle of 90°, these dies are designed to provide precise and accurate bends in sheet metal. The punching diameter, punching depth, and punching force of these dies can be customized to meet specific project requirements, making them suitable for a wide range of sheet metal forming tasks. One of the primary application occasions for METS Sheet Metal Bending Dies is in the fabrication of metal components for industries such as automotive, aerospace, electronics, and construction. These dies are commonly used in the production of automotive body panels, electronic enclosures, metal furniture, and other sheet metal parts that require precise bending angles and shapes. In manufacturing scenarios where mass production of sheet metal components is required, these dies play a crucial role in ensuring consistent quality and dimensional accuracy. The efficiency and reliability of METS Sheet Metal Bending Dies make them ideal for use in high-volume production environments. Furthermore, these dies can also be utilized in prototyping and custom fabrication projects where unique or complex sheet metal bending requirements are involved. Whether it's creating prototypes for new product designs or producing one-of-a-kind metal components, these dies offer the flexibility and precision needed for diverse sheet metal forming applications. Overall, METS Sheet Metal Bending Dies are a valuable tool for any workshop or manufacturing facility that deals with sheet metal. Whether it's for everyday sheet metal bending tasks or specialized projects that require intricate bending patterns, these dies provide the durability, accuracy, and customization options needed to meet a variety of sheet metal forming needs.

Customization:

For the Sheet Metal Bending Dies product by METS, we offer custom Product Customization Services tailored to your needs. Our Sheet Metal Bending Mold services cater to various applications in sheet metal bending, ensuring precise results for your projects. With a focus on quality and accuracy, we customize the Punching Diameter, Tolerance (±0.01mm), Size, and Bending Radius to meet your specific requirements. Trust us for your Sheet Metal Cutting Tool needs, as we deliver reliable solutions for your Sheet Metal Forming Die projects.

Support and Services:

Product Technical Support and Services for Sheet Metal Bending Dies:

We offer comprehensive technical support for our Sheet Metal Bending Dies product to assist you with any questions or issues you may encounter. Our team of experts is available to provide guidance on using the dies effectively, troubleshooting, and maintenance tips to ensure optimal performance.

Additionally, we provide services such as die sharpening, repair, and customization to meet your specific requirements. Our goal is to help you maximize the productivity and efficiency of your metal bending operations with our high-quality dies and reliable support services.

Packing and Shipping:

Product Packaging and Shipping for Sheet Metal Bending Dies:

Our Sheet Metal Bending Dies are carefully packaged to ensure safe delivery to our customers. Each die is wrapped in protective packaging material to prevent any damage during transit.

Shipping Information:

- Orders are usually processed within 1-2 business days

- We offer standard and expedited shipping options

- Tracking information will be provided once the order is shipped

FAQ:

Q1: What materials do you recommend for high-cycle valve applications?
A: Stainless steel 301 or 420 is ideal for its spring properties and durability. Inconel or beryllium copper may be used in extreme environments.

Q2: Can you supply parts according to our compressor or engine model?
A: Yes, we offer full OEM/ODM support. Just provide your part specs, model type, or sample.

Q3: How do you ensure flatness and consistency?
A: We use precision progressive dies, CNC trimming, and automated QC to control every production step.

Q4: Is heat treatment included in your process?
A: Yes. We apply heat treatment to achieve desired hardness and elasticity for reed or valve plate applications.

Q5: What’s your MOQ and lead time?
A: MOQ for custom parts starts at 1,000 pcs. Lead time is 10–20 days depending on tooling and order volume.

Q6: Do you provide surface treatments like oil coating or anti-rust finish?
A: Yes, we offer oiling, passivation, nickel plating, and other options based on environmental requirements.