PROCESS

At TCG, quality is our top priority. Our commitment to research and development ensures that our products meet the highest standards of excellence and exceed customer expectations. We continuously strive to innovate and improve, driven by our passion for delivering the best carbon and graphite solutions to our clients across various industries.

OPTICAL MICROSCOPE

An optical microscope is used to examine the microstructure and morphology of carbon and graphite materials. It allows researchers to analyze the grain structure, porosity, and defects at a microscopic level.

UNIVERSAL TESTING MACHINE

A universal testing machine is utilized to determine the mechanical properties of carbon and graphite, such as tensile strength, compression strength, flexural strength, and modulus of elasticity. This helps evaluate the structural integrity and performance characteristics of the materials.

THERMAL EXPANSION ANALYSIS

Thermal expansion analysis measures the expansion or contraction of carbon and graphite materials as a function of temperature. It helps determine the coefficient of thermal expansion and assess the dimensional stability of the materials under different temperature conditions.

MASTERSIZER MICRO TESTER

The Mastersizer Micro Tester is used to determine the particle size distribution of carbon and graphite powders. This analysis provides insights into the particle size range, uniformity, and dispersion characteristics, which are crucial for various applications.

THERMOGRAVIMETRIC ANALYSIS

Thermogravimetric analysis measures the weight change of carbon and graphite materials as a function of temperature. It helps identify the thermal stability, decomposition behavior, and moisture content of the materials.

COORDINATE MEASURING

Coordinate measuring involves the use of precision instruments to measure and map the dimensions and geometric properties of carbon and graphite components. This ensures accuracy and adherence to design specifications.

3D MEASUREMENT

3D measurement techniques, such as laser scanning or structured light scanning, are employed to create three-dimensional models of carbon and graphite parts. This enables precise dimensional analysis, quality control, and comparison with CAD (Computer-Aided Design) models.

SURFACE TEXTURE MEASUREMENT

Surface texture measurement assesses the roughness, waviness, and surface finish of carbon and graphite materials. It provides quantitative data on surface characteristics, which impact factors like friction, wear, and sealing properties.

ROUGHNESS TEST

The roughness test specifically focuses on evaluating the surface roughness of carbon and graphite materials. It quantifies the irregularities and deviations on the surface, aiding in surface quality assessment and performance optimization.

TENSILE STRESS TEST

Tensile stress testing measures the response of carbon and graphite materials to applied tensile forces. It helps determine the maximum load they can withstand before failure, assesses their ductility, and validates their mechanical properties.