We can provide one-stop hazardous substance detection and material analysis services from product development, design, production, use to disposal, to assist in the green and environmental control of enterprise products, and ensure that enterprise products comply with the legal and regulatory requirements of various countries and regions.

Composition determines performance, therefore in scenarios such as material evaluation, quality control, and failure analysis, material engineers will confirm materials through composition analysis.

Non destructive testing refers to the method of inspecting and testing the structure, properties, status, type, quantity, shape, position, and size of defects inside and on the surface of a specimen using changes in thermal, acoustic, optical, electrical, magnetic, and other reactions caused by structural abnormalities or defects within the material, without damaging the performance of the object being tested and the internal organization of the object being tested. By measuring these changes, we can understand and evaluate the properties, status, quality, or internal structure of the materials and equipment components being tested.

Application project:

(1) X-RAY is used for observing PCB circuit disconnection, IC defects, solder joint disconnection, solder joint bonding, component structure, etc;

(2) CSAM: Analysis of the internal structure of component packaging, internal cracks, voids, bubbles, etc;

(3) CT: Structural analysis, defect analysis, dimension measurement, reverse analysis, CAD digital and analog comparison.

Non destructive testing solutions in the field of electronic communication:

We can provide comprehensive solutions such as acoustic (CSAM), optical (X-ray, CT), electrical (electrical measurement equipment), thermal (thermal infrared imaging device), magnetic (short circuit tracking device, etc.).

Design and analyze solutions for different forms of failure, identify the causes and mechanisms of failure, solve actual product problems for customers, and ensure product quality to overcome material research and development difficulties.

The main components of most polymer materials are C and H, which are flammable and combustible materials. Therefore, flame retardant performance testing of polymer materials is essential. There are many products that require flame retardant performance testing, such as fireproof/refractory material products, building material products, plastic material products, coating products, and so on.