SIKAIDA Graphite Hot Pressing Molds are precision-manufactured using high-quality, high-purity graphite, possessing excellent high-temperature resistance, thermal conductivity, and chemical stability. Utilizing advanced hot pressing technology, they can produce high-precision, complex-structured powder metallurgy and ceramic products. As a trusted manufacturer in China, SIKAIDA is committed to providing high-temperature resistant, high-precision, and cost-effective hot pressing molds, and can offer customized solutions.
SIKAIDA Graphite Hot Pressing Molds use high-quality, high-purity graphite as the main raw material and are widely applicable to hot pressing processes for various powder metallurgy and ceramic materials. Custom designs can be made according to product shape and size requirements.
Graphite Hot Pressing Molds exhibit excellent high-temperature resistance, operating stably at temperatures up to 2000℃, with continuous operating temperatures up to 1800℃. They do not deform or react adversely with reactive materials during hot pressing. The surface undergoes special treatment, resulting in high smoothness and precise dimensional control, effectively reducing product defect rates. Simultaneously, the excellent thermal conductivity of graphite ensures uniform temperature distribution, improving product sintering quality and production efficiency.
Product Specifications
Parameter Category
Specific Specifications
Description
Manufacturing Process
Hot Pressing Forming
Formed under high temperature and high pressure conditions
Equipment/Machinery
Hot Press, Temperature Control System, Pressure Control System, Vacuum System
1. High-Precision Control: Dimensional accuracy up to ±0.05mm (adjustable as needed), ensuring product size and shape consistency and meeting the precision requirements of high-end products.
2. Excellent High-Temperature Resistance: High-purity graphite material, stable operation up to 2000℃ and continuous operation up to 1800℃, suitable for various high-temperature sintering processes.
3. Superior Thermal Conductivity: Uniform temperature distribution, reducing sintering temperature gradients and improving product density and consistency.
4. Long Service Life: Special surface treatment and optimized material structure provide excellent oxidation resistance and wear resistance, extending service life by more than 30% compared to traditional molds.
5. Good Chemical Stability: Does not react with most metals and ceramics at high temperatures, ensuring product purity and preventing contamination.
6. Flexible Design: Customizable molds with complex shapes and structures, suitable for both mass production and small-batch customization needs.
Technical Capabilities
1 .Processing Materials
Material Category
Specific Model
Feature Description
Graphite Material
High-Purity Graphite, Graphite Composite Material
Purity ≥ 99.5%, Density ≥ 1.8g/cm³, excellent high-temperature stability
Composite Material
Graphite-Carbon Composite Material, Doped Graphite Material
Improve mechanical strength and thermal conductivity
2 .Surface Treatment Technology
Treatment Category
Treatment Method
Core Features
Mechanical Processing
High-Precision Turning, Precision Grinding
Precise size and smooth surface
Surface Treatment
High-Temperature Polishing, Coating Treatment
Surface Roughness Ra ≤ 0.8μm
Anti-Oxidation Treatment
Surface Coating, Silicon Infiltration Treatment
Improve oxidation resistance and service life
3. Surface Treatment and Precision Control
Surface treatment includes high-precision turning, precision grinding, and high-temperature polishing, with a surface roughness Ra≤0.8μm; anti-oxidation treatment uses surface coating and silicon infiltration processes to extend service life. Precision Control: Parallelism and perpendicularity ≤ 0.02mm.
4. Accepted Formats and Quality Standards
Accepts 3D drawings (STP, STEP, etc.), 2D drawings (DXF, DWG, etc.), and custom physical samples; adheres to the ISO9001:2015 quality management system; Graphite Hot Pressing Molds comply with RoHS and REACH environmental standards and support third-party quality certification.
Application Areas
1. Powder Metallurgy Industry: Hot pressing of iron-based, copper-based, and other parts to ensure high density and high strength.
2. Ceramic Sintering: Hot pressing sintering of advanced ceramics such as alumina and zirconium oxide to improve ceramic density and performance.
3. Carbide Production: Hot pressing of carbide tools and molds to ensure high hardness and high wear resistance.
4. Electronic Products: Molding of electronic packaging, heat sinks, etc., to meet high precision and high reliability requirements.
5. Aerospace: Molding of aero-engine components and high-temperature alloys, adaptable to extreme working conditions.
6. New Energy Materials: Molding of battery electrodes and hydrogen storage materials, contributing to the development of the new energy industry.
Frequently Asked Questions
Q1: What is the operating temperature range of Graphite Hot Pressing Molds?
A1: Our graphite hot pressing molds can withstand operating temperatures up to 2000°C, with continuous operating temperatures up to 1800°C, fully meeting the needs of most powder metallurgy and ceramic sintering processes.
Q2: What about the precision and surface quality of the molds?
A2: We employ advanced processing technology and strict quality control standards. Mold dimensional accuracy is ±0.05mm, and surface roughness Ra≤0.8μm, ensuring high-quality product requirements.
Q3: Can you provide customized mold designs?
A3: Yes, we can provide comprehensive customized mold design services based on customer product needs and technical requirements, accepting technical documents in various formats.
Q4: What is the service life of Graphite Hot Pressing Molds?
A4: Through the selection of high-quality materials and advanced surface treatment processes, the service life of our molds is more than 30% longer than traditional products. The specific service life depends on the usage conditions and process parameters.
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