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Graphite mold
Product Name: Graphite Mold (Precision Molding) Abstract
The graphite molds are mainly made of high-quality and pure graphite materials. These materials are renowned for their excellent high-temperature resistance, good thermal conductivity, and chemical stability. Utilizing modern precision processing technology, these molds can produce products with complex structures and extremely high dimensional accuracy, ensuring their stable performance even under extreme conditions. GT is a reliable manufacturer of graphite molds, dedicated to producing high-temperature-resistant and high-precision graphite molds. Their products always maintain high quality, excellent cost-effectiveness, and can be customized according to different customer needs.
Product Details
Graphite molds can be manufactured in various sizes and shapes, and can be adjusted according to different application requirements to meet the needs of various industrial production. It also has extremely excellent corrosion resistance and oxidation resistance. The mold surface is precisely processed, smooth and free of defects. It ensures dimensional stability and durability under high temperature and high pressure conditions, making it both reliable and efficient.
Product Parameters (Specifications)
Manufacturing process
Equipment / Machinery
Materials
Surface treatment
Industry
Compression molding
Isostatic press
Hot press furnace
CNC machining center
Surface grinding machine
High-purity graphite
Fine-grained graphite
Isostatic pressing graphite
Coating treatment
Immersion treatment
Mechanical polishing
Powder metallurgy
Hard alloy
Ceramic industry Semiconductor
Photovoltaic industry
Product features and applications
With the continuous advancement of industrial technology, the demand for high-temperature and high-precision molds is increasing day by day. This has led to more innovative designs for graphite molds and made them more suitable for various harsh industrial environments. GT is a reputable manufacturer that is dedicated to producing precise, sturdy, and high-temperature-resistant graphite molds. They have a strict quality control system and employ the most advanced graphite mold manufacturing technology. These molds comply with industry standards and customer requirements. Advantages
High-precision isostatic pressing molding and precise processing ensure that the size and shape of each mold produced are completely consistent.
High-temperature-resistant graphite materials can operate without deformation at extreme temperatures of up to 3000°C and are suitable for various high-temperature processes.
Excellent chemical stability, corrosion resistance and oxidation resistance, allowing for long-term use in various chemical environments.
The excellent thermal conductivity ensures uniform heating and cooling, thereby enhancing production efficiency and product quality.
The long-life, high-density and high-strength design ensures that the mold maintains excellent performance even after repeated use.
The materials we process
Polymer category
Specific material and model
High-purity graphite
High-purity graphite (>99.5%)
Fine-grained graphite
Fine-grained graphite (< 20 μm)
Isostatic pressure graphite
Isostatic pressing formed graphite
Impregnated graphite
Resin-impregnated graphite
Composite materials
Graphite-carbon composite material
Surface finish
Category
Surface treatment method
Core Feature
Coating process
Carbon coating / Ceramic coating
High wear resistance and corrosion resistance
Impregnation process
Resin impregnation
Increase strength and improve surface finish
Polishing process
Mechanical polishing
Smooth and flawless on the surface
Chemical treatment
Pickling treatment
Remove impurities and increase purity
Tolerance: +/- 0.1mm
Surface roughness: Minimum Ra 0.4μm
Accepted drawing formats: STP, STEP, LGS, XT, AutoCAD (DXF, DWG), PDF or sample
Delivery time: 3-5 weeks for samples
Industry standards: ISO9001:2015, SGS RoHS, REACH Application fields
Powder metallurgy is used for the compression molding of powder metallurgy parts such as iron-based, copper-based, and aluminum-based ones. It ensures high density and precise dimensional control.
Hard alloy is used for the sintering process of hard alloy blades, drill bits, etc. It offers excellent dimensional stability and surface quality.
The ceramic industry is used for hot pressing molding of special ceramics, electronic ceramics, etc. To ensure precise molding under high-temperature conditions.
The semiconductor industry uses silicon wafers and compound semiconductors for the growth and processing of wafers. It provides a high-purity and stable molding environment.
The photovoltaic industry is used for cutting solar silicon wafers and forming solar cells. It ensures high precision and excellent demolding performance.
The carbon industry is used for the shaping of carbon-based materials such as electrodes and carbon brushes. It offers excellent conductivity and temperature resistance properties. Frequently Asked Questions Answered
Q1: What types of graphite materials are typically used for graphite molds? A1: Commonly used materials include high-purity graphite, fine-grained graphite, and isostatic pressing graphite, and the appropriate material is selected based on different application requirements.
Q2: Can GT provide customized specifications and surface treatments? A2: Yes. GT can customize various specifications of graphite molds according to customer requirements and offer multiple surface treatment options to ensure that they meet the specific application needs of the customers.
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SIMO (TIANJIN) TECHNOLOGY CO., LTD.
Telephone: 136-4212-5292
Q Q:2767728703
Postal Code: 300350
Email: smkj889@163.com
思摩（天津)科技有限公司
电话:13642125292
传真:022-8861-6121
Q Q:2767728703
邮编:300350
邮箱:smkj889@163.com
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