Cavity Plate

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MOQ : 1 Piece

Cavity Plate Specification

Temperature Resistance
Up to 350°C

Shape
Rectangular/Custom shapes available

Control Type
Manual

Accuracy
±0.01 mm mm

Features
Corrosion resistant, precision machined, high wear resistance

Type
Cavity Plate

Equipment Type
Mold Plate / Cavity Plate

Equipment Materials
Premium alloy steel/SS

Material
Tool Steel/Nitrided Steel/SS

Application
Injection molding, die casting, industrial molds

Cavity Plate Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
100 Pieces Per Month

Delivery Time
7 Days

About Cavity Plate

The Cavity Plate is designed for superior performance and superior strength. Constructed from high-quality steel, the plate ensures long-term durability and can resist corrosion from heat, moisture, and other environmental factors. Its easy-to-install design allows it to fit over cavity walls, bridges, and other spaces, providing a reliable way to protect projects from moisture-related damage. With the Cavity Plate, you can be sure of effective and reliable protection for your projects.

Precision Engineering for Superior Performance

Our cavity plates are manufactured using advanced CNC machining, EDM, and grinding techniques, ensuring strict adherence to close tolerance standards (up to 0.01 mm). This high degree of precision results in stable, long-lasting mold components suitable for both standard and highly customized requirements.

Customization to Meet Your Specifications

Each cavity plate is tailored based on the customers drawing or specific requirements. We provide a choice of materials, surface finishes, and dimensions, accommodating an expansive range of industrial uses and unique design challenges for mold applications in India and abroad.

Durable and Reliable Material Selection

Selecting from top-quality tool steel, nitrided steel, or stainless steel, our plates undergo optional heat treatment for enhanced strength and temperature resistance. These materials are chosen for their ability to maintain accuracy and surface integrity under high-wear, high-temperature operations.

FAQs of Cavity Plate:

Q: How are the surface finishes for cavity plates determined?

A: Surface finishes available for our cavity plates include mirror, matt, or finishes specified by the client. The choice depends on the application and is achieved through precise machining and finishing processes to ensure the required texture and reflectivity.

Q: What customization options are available for cavity plates?

A: We fully customize our cavity plates according to your supplied drawings or technical specifications. Custom options include dimensions, material types, surface finish, and tolerance levels to best suit your application.

Q: When should I specify heat treatment for my cavity plate?

A: Heat treatment is recommended when your application demands enhanced durability, wear resistance, or specific mechanical properties. Please inform us of your application requirements, and we will recommend the appropriate treatment.

Q: Where can these cavity plates be used?

A: Our cavity plates are primarily utilized in injection molding, die casting, and various industrial mold setups. Their adaptability makes them suitable for a wide scope of mold-based manufacturing environments.

Q: What is the manufacturing process for these cavity plates?

A: Manufacturing involves precision CNC machining, EDM, and grinding to achieve high accuracy (up to 0.01 mm) and the desired surface finish. The process can also include heat treatment based on application demands.

Q: How do cavity plates benefit the molding process?

A: Precisely machined and highly durable cavity plates improve the quality and consistency of molded products. They ensure dimensional stability, resist wear and corrosion, and support efficient and uninterrupted mold operations.

Q: What makes your cavity plates suitable for high-temperature applications?

A: Our plates are made from premium steel alloys and can be heat treated, allowing for use in environments with temperatures up to 350C. This resilience ensures reliable performance even under severe operating conditions.

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