We have one of the most complete and modern rubber and ignition wire laboratory in the region. The equipment allow us to test ignition wires and wire components to meet the complete requirements of SAEJ2032, ISO3808 and ISO6856 standards. As the ignition wires and wire components are specialized products, thus only very few laboratories in the region that have the equipment to test these requirements.
With the well equipped laboratory, we have the advantage to fully understand the materials and components that foes into the product on an ignition wire. We believe in having in-depth understanding of the products is the key to make high quality ignition wire sets and components.
Provide continuous ozone measurement, control and computerized recording on one self contained unit, factory.
To measure various densities of both solids and liquids precisely in easy and speedy way with its original specific gravity calculation software. This machine adopts Archimedes principle and the determination of (relative) density value is based on 4⁰C: 1g/cm₃
This instrume0nt’s ability to operate incrementally as a voltmeter, data logger, spectrum analyzer and a function/arbitrary waveform generator and solidly positioned as an alternative to multiple, bulky conventional instruments.
For evaluating the resistance of coatings (organic, inorganic and plating, etc) and coated specimens, to an atomized salt solution. The solution is controllable by using no salt dilute, so as to perform water fog testing as well.
Is applied in tension and compression text. The stand is assembled with SN, SKN series analogue push pull gauge and SH series digital push pull gauge by different fix-board, combined measurement stand with various specification.
Applied to rubber, plastic, leather, nylon code, textile, fabric; providing tension, compression, tear, adhesion, shear strength, bending and drawing test. Automatic calculate the stress and displacement.
An LCR meter is a type of electronic test equipment used to measure the inductance (L), capacitance (C), and resistance (R) of an electronic component.