Testing Equipment
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The UL94 Horizontal and Vertical Flammability Tester assesses plastic material flammability. It determines burning rate, afterflame time, and afterglow time when exposed to a controlled flame.
This instrument determines the comparative tracking index (CTI) and proof tracking index (PTI) of solid insulation. It simulates surface tracking in electrical equipment using voltage and a contaminant solution.

This jointed test finger is designed for testing the accessibility of hazardous parts in electrical equipment. Compliant with IEC61032 standards, it simulates a human finger to assess the safety of enclosures and openings.

The Needle Flame Tester IEC 60695 UL746A is an experimental instrument designed to assess the fire hazard of electrotechnical products. It simulates the effect of a small flame from a faulty component to evaluate the flammability and fire resistance of materials.

This flammability tester assesses fire hazards caused by glowing elements or overloaded resistors. Compliant with IEC60695 standards, it provides critical data for product safety and regulatory compliance through precise temperature control and automated testing.

This spring operated impact test hammer assesses the durability of electrical equipment. It simulates mechanical stresses to ensure products meet safety and performance standards.

The IEC61032 Test Sphere Probe verifies the accessibility of hazardous parts in electrical enclosures and equipment. Compliant with IEC61032 standards, the probe features a rigid, spherical test head attached to an insulated handle to simulate human finger or hand access.

This instrument calibrates inclinometers, verifying the accuracy of dip angle and azimuth angle measurements. It is suitable for checking various types of inclinometers.

This instrument checks portable and digital inclinometers on site. It can also determine the inclination of other devices.

This tester is designed for intensity testing, mechanical performance analysis, and process capacity analysis of various springs. It utilizes micro-computer control for carrying out tension and compression tests.

This electronic universal testing machine offers advanced load frame structure. It allows for automated testing, real-time data analysis, and detailed reporting.

This testing machine is widely used in steel metallurgy, building materials, aerospace, machinery, and wire and cable industries. It performs material tests and analysis for scientific research institutions, universities, and industrial applications.

This machine is mainly used for pilot and plane testing of cold-formed steel or metal wire through repeated bending. It assesses the performance of metals under cold forming conditions, adhering to GB/T 238-2002 standards for repeated bending tests.

This machine applies to the torsion test of metal or nonmetal materials and some parts. The load system is the computer-controlled AC servo control system.

High frequency pulsators are advanced testing machines designed for dynamic material and component testing. These pulsators apply controlled, cyclic loads to specimens, simulating real-world operating conditions to assess fatigue life, durability, and structural integrity.

This oven features a stainless steel interior with rounded corners for easy cleaning. It is designed for controlled heating and drying applications.

This chamber assesses the environmental performance of materials and electrical products. It is used to determine the reliability of instruments and parts in aviation, aerospace, and electronics under combined temperature and pressure conditions.

This chamber evaluates the salt spray corrosion resistance of materials and protective layers. It allows comparison of techniques and quality with similar protective layers.