With deep material expertise, we offer technical support in material selection, design, and optimization.

We also provide testing services, including surface/heat treatment, composition analysis, and performance testing, ensuring quality and meeting customer needs.

Corrosion Testing

Assesses chemical or physical damage to materials, evaluating corrosion resistance in various environments.Test Types: Salt spray, pitting, crevice, intergranular, stress corrosion, etc.

Non-Destructive Testing

NDT inspects material integrity without damage, commonly used for safety checks and quality control.Methods: X-ray, ultrasonic, magnetic particle, eddy current, gamma ray, penetrant ,etc.

Metallographic Analysis

Examines metal microstructures to assess composition, structure, and performance.Analysis: Grain size, inclusions, decarburization, segregation, macro/microstructure, etc.

Failure Analysis

Failure analysis investigates failure phenomena to identify root causes and mechanisms behind product failures.Analysis Types: Wear, deformation, corrosion, rusting, fracture, etc.

Sample Preparation

Processes raw materials into specimens for accurate and representative testing.Materials: Special steel, stainless steel, cast iron, aluminum, copper, magnesium, titanium alloys, etc.

Composition Analysis

Quantifies material structures and component ratios using advanced spectroscopy.Materials: Nickel-based, cobalt-based alloys, carbon steel, stainless steel, aluminum, titanium alloys, etc.

We purify materials using both chemical and physical methods, ensuring highly efficient purification to maximize product quality.

We specialize in refining advanced materials to 4N, 5N, 6N, and 7N purity levels.

High-Purity Nickel

Used in sputtering targets, alloys, standard samples, and magnetic storage. Available as spheres, blocks, rods, and ingots.

High-Purity Cobalt

Ideal for sputtering targets, IC wires, audio cables, and magnetic storage. Offered as spheres, blocks, rods, and ingots.

High-Purity Copper

Used in sputtering targets, alloys, standard samples, and IC wires. Available as spheres, blocks, rods, and ingots.

High-Purity Iron

Applied in sputtering targets, alloys, standard samples, and magnetic storage. Offered as spheres, blocks, rods, and ingots.

High-Purity Aluminum

Used in sputtering targets, alloys, standard samples, and capacitors. Available as spheres, blocks, rods, and ingots.

High-Purity Titanium

Applied in sputtering targets, alloys, aerospace, and electronics. Offered as spheres, blocks, rods, and ingots.

High-Purity Vanadium

Used in sputtering targets, alloys, batteries, and new materials. Available as spheres, blocks, rods, and ingots.

High-Purity Zinc

Applied in sputtering targets, alloys, semiconductors, and electronics. Offered as spheres, blocks, rods, and ingots.

High-Purity Tin

Used in sputtering targets, alloys, semiconductors, and cooling alloys. Available as spheres, blocks, rods, and ingots.

High-Purity Cadmium

Applied in sputtering targets, alloys, batteries, and electroalloys. Offered as spheres, blocks, rods, and ingots.

High-Purity Indium

Used in sputtering targets, alloys, low-melting alloys, and light sources. Available as spheres, blocks, rods, and ingots.

High-Purity Germanium

Applied in sputtering targets, alloys, semiconductors, and light sources. Offered as spheres, blocks, rods, and ingots.

High-Purity Gallium

Used in optical glass, vacuum tubes, semiconductors, and alloys. Available as spheres, blocks, rods, and ingots.

High-Purity Antimony

Applied in sputtering targets, alloys, semiconductors, and communication devices. Offered as spheres, blocks, rods, and ingots.

High-Purity Bismuth

Used in sputtering targets, alloys, fusible alloys, and thermal components. Available as spheres, blocks, rods, and ingots.

High-Purity Selenium

Primarily used in various industrial applications, offered in spherical, block, rod, and ingot forms.