Insulation plate for die-casting molds/die-casting machines
By sandwiching the insulation board between the mold and the die-casting machine, the heat from the mold is not absorbed by the machine, stabilizing the mold's temperature and improving the flow of molten metal.
<Efficacy> By sandwiching the insulation board between the mold and the die-casting machine, the following effects are achieved: 1. The heat from the mold is not absorbed by the machine, stabilizing the mold temperature and improving the flow of molten metal. This is particularly effective for the following types of products: - Thin-walled products - Precision products - Multiple cavities 2. The heating of the mold becomes faster, resulting in fewer waste shots. 3. By attaching it to the machine's die plate, it protects the die plate.
basic information
<Overview> 1. There are two types of materials: DIP-L type with a heat resistance temperature of 400°C and DIP-P type with a heat resistance temperature of 200°C. 2. The standard thicknesses are 5mm and 10mm, but there are also options for 3mm, 15mm, 20mm, and 25mm. 3. The thickness tolerance for standard products is ±0.05mm, but further polishing can achieve a parallelism of 0.02mm (±0.01mm). 4. Processing such as drilling, notching, and grooving is performed based on supplied drawings, and the finished products are delivered.
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Insulation plate for die-casting molds Insulation plate for die-casting machines
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Our company is a manufacturer specializing in the processing of resins, ceramics, and insulation materials. We receive drawings from customers, procure materials either in-house or supplied by customers, and use machining centers, NC lathes, and other machine tools to process various resins, ceramics, and insulation materials, producing components for the manufacturing industry, such as machine parts and electrical insulation parts. The main features are as follows: 1. While we handle a wide range of resins, ceramics, and insulation materials, we particularly excel in processing materials that are difficult to work with, such as: (1) Composite materials of resin with glass fiber or carbon fiber (FRP, GFRP, CFRP) (2) Insulation and heat-resistant materials (rigid insulation boards primarily made from glass fiber, cement, mica, etc.) (3) Ceramics (4) Carbon 2. Since we deal with a wide range of resins, ceramics, and insulation materials, we can supply most materials. 3. With various machines such as machining centers, NC lathes, grinders, and gear cutting machines, we can manufacture most shapes. 4. We can accommodate production quantities ranging from one piece to 50,000 pieces. 5. We keep a stock of materials, allowing for short lead times. 6. We understand the characteristics of various resins, ceramics, and insulation materials, enabling us to select the optimal material according to requirements. 7. We can ship nationwide.