Graphite Jigs for High Temperature Processing
Precision Graphite Fixtures for Accurate Alignment in Thermal Processes
Ensure stable component positioning during high-temperature operations with graphite jigs engineered for thermal stability, dimensional accuracy, and reliable process performance.
Precise component holding and alignment
Excellent thermal stability at high temperatures
Non-wetting surface prevents sticking
Reliable performance across thermal cycles
Built for Performance. Designed for Reliability.
Precise Component Alignment
Maintains accurate positioning during heating cycles.
Thermal Stability
Retains shape under high furnace temperatures.
Non-Wetting Surface
Prevents metal or glass from sticking.
Thermal Shock Resistance
Handles rapid heating and cooling cycles.
Dimensional Stability
Maintains fixture geometry during processing.
Consistent Process Results
Supports repeatable high-temperature operations.
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
Precision-machined fixture geometries
Excellent thermal conductivity
Resistant to thermal shock and heat stress
Stable performance in furnace environments
Suitable for vacuum and inert atmospheres
Available Configurations
Component holding jigs
Brazing and soldering fixtures
Sintering support jigs
Glass-to-metal sealing fixtures
Custom graphite jig 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 Jigs for High-Temperature Industrial Processes
Pure Component manufactures graphite jigs designed to securely hold and align components during high-temperature processes such as brazing, soldering, sintering, and diffusion bonding. Made from high-density fine-grain graphite, these fixtures provide excellent thermal stability, dimensional accuracy, and resistance to thermal shock.
Their non-wetting graphite surface helps prevent metal or glass adhesion and ensures clean separation after processing.