Graphite Tiles for Sintering
High-Temperature Graphite Support Plates for Precision Sintering in Powder Metallurgy.
Ensure stable and defect-free sintering with graphite tiles engineered for uniform heat transfer, dimensional stability, and reliable support of metal powder components.
Uniform heat distribution during sintering
Low friction surface prevents part sticking
Excellent thermal shock resistance
Durable performance in high-temperature furnaces
Built for Performance. Designed for Reliability.
Uniform Heat Transfer
Ensures even temperature distribution during sintering.
Low Friction Surface
Prevents sticking or deformation of metal parts.
Thermal Shock Resistance
Handles rapid heating and cooling cycles.
Dimensional Stability
Maintains flatness under high furnace temperatures.
Chemical Inertness
Stable in protective furnace atmospheres.
Consistent Sintering Results
Supports uniform part quality during production.
Performance and Reliability in Every Detail
Product Features
Technical Specifications
Material Grade
Fine-Grain Graphite
Maximum Temperature
3000°C
Dimensional Tolerance
±0.02 mm
Porosity
< 5%
Thermal Conductivity
High
Hardness
45–55 Shore
High-density fine-grain graphite construction
Excellent thermal conductivity
Smooth low-friction surface
Stable performance in sintering furnaces
Resistant to thermal shock and heat stress
Designed for powder metallurgy processes
Available Configurations
Flat sintering tiles
Graphite setter plates
Furnace carrier plates
Custom sintering trays
Custom graphite tile designs
Get in Touch
Start Your Project with
Pure Components
Working Hours
Mon-Sat: 9:00 AM - 5:30 PM IST
Sunday Closed
Precision Graphite Tiles for Powder Metallurgy Sintering
Pure Component manufactures graphite tiles designed to support compacted metal powder components during high-temperature sintering processes. Made from high-density, fine-grain graphite, these tiles provide excellent thermal conductivity, dimensional stability, and chemical inertness inside controlled furnace environments.
Their smooth surface and low friction coefficient help prevent part sticking and deformation during sintering.