Rubber Testing Equipment

I. Product Overview: The insulating oil dielectric strength tester is designed in accordance with the requirements of international IEC-156 and national standards such as GB507-86 "Insulating Oil Dielectric Strength Test Method", DL/T846.7-2004, IS6792/BS5874, ASTMD1816, ASTMD877, and ASTMD1816. It is used for voltage breakdown and electrical strength testing of high-insulation oil, insulating silicone oil and fluid insulating media, and is used to evaluate the electrical

I. Scope of Application The tracking test instrument is used to apply a certain voltage between platinum electrodes of specified dimensions (2mm×5mm) on the surface of solid insulating materials, and then drop a specified volume of contaminated liquid (0.1%NH 4 CL) at a fixed height (35mm) at regular intervals (30s). It is used to evaluate the surface resistance of solid insulating materials under the combined action of electric fields and contaminated media, and to determine

This instrument is suitable for aging tests of wires, cables, rubber (plastic, artificial leather) sheaths and insulation layers, as well as other polymer materials under specified pressure and temperature in the medium of oxygen and compressed air, in compliance with the requirements of GB/T2951.2-1997 and JB/T4278.9 standards. Maximum working pressure: 2.5Mpa Safe burst pressure: 2.7 to 3Mpa Heater power: 2300W Temperature self-control range: Room temperature to 200℃ Volume

This instrument is suitable for aging tests of wires, cables, rubber (plastic, artificial leather) sheaths and insulation layers, as well as other polymer materials under specified pressure and temperature in the medium of oxygen and compressed air, in compliance with the requirements of GB/T2951.2-1997 and JB/T4278.9 standards. Maximum working pressure: 2.5Mpa Safe burst pressure: 2.7 to 3Mpa Heater power: 2300W Temperature self-control range: Room temperature to 200℃ Volume

-. Usage: The vibration table is suitable for conducting relevant vibration tests on samples in laboratories and production lines of industries such as automotive parts, electronic components, assemblies, pharmaceuticals, food, furniture, gifts, ceramics, and packaging. Such as environmental reception tests, quality appraisal tests, reliability appraisal tests, durability tests, vibration simulation analysis, material property tests, fatigue tests, vibration prevention and

I. Scope of Application It is suitable for testing floor materials that are placed horizontally and exposed to an inclined thermal radiation field with a small flame. It is suitable for all kinds of flooring materials. Such as: textile carpets, cork boards, wood boards, rubber boards, plastic flooring and floor spraying materials. This device can reflect the combustion performance of the floor covering material, including the base material used. Changes in the backing

DX8426 Building Materials Decomposition Smoke Density Testing Machine I. Scope of Application It is applicable to the determination of static smoke production during the combustion of building materials and their products, and can also be used for the static smoke production of other solid materials during combustion Determination of quantity. Ii. Compliance with Standards The requirements of GB/T8627, ASTM D2843 and DIN4102 standards Iii. Main Parameters 3.1 Gas source:

I. Scope of Application It is applicable to the determination of static smoke production during the combustion of building materials and their products, and can also be used for the static smoke production of other solid materials during combustion Determination of quantity. Ii. Compliance with Standards The requirements of GB/T8627, ASTM D2843 and DIN4102 standards Iii. Main Parameters 3.1 Gas source: Propane gas with a purity of ≥95%, or gas of equivalent purity; 3.3

I. Scope of Application It is suitable for testing floor materials that are placed horizontally and exposed to an inclined thermal radiation field with a small flame. It is suitable for all kinds of flooring materials. Such as: textile carpets, cork boards, wood boards, rubber boards, plastic flooring and floor spraying materials. This device can reflect the combustion performance of the floor covering material, including the base material used. Changes in the backing

I. Scope of Application It is applicable to rock wool, slag wool and glass wool and their products. Under a fixed load, the sample is heated at a certain heating rate to reach the specified thickness shrinkage rate. Through calculation, the thermal load shrinkage temperature is obtained by interpolation. Ii. Compliance with Standards: Complies with the GB/T11835 standard. Iii. Technical Parameters The hot load test device consists of a heating furnace, a heating container and

Basic principle: Under the influence of humid and impurity environments on electrical products, insulation leakage may occur between charged parts of different polarities or between charged parts and grounded metal. The generated arc can cause breakdown and short circuit to the electrical appliance, material corrosion due to discharge, and even lead to fire. The leakage trace test is a destructive test conducted on insulation materials to simulate the above situation. The

Mainly suitable for solid insulation materials such as plastic, film, resin, mica, ceramics, silicone, glass, insulating paint, etc. Measure the breakdown strength and withstand voltage time at power frequency (48-62Hz) or corresponding DC voltage in air or liquid medium. Suitable for continuous and uniform boosting or stepwise boosting, apply AC/or DC voltage to the sample until breakdown, measure the breakdown voltage value, and calculate the breakdown strength of the

Mainly suitable for testing the resistance of electrical and electronic products, household appliances, and their materials to electrical trace and corrosion, simulating the use of liquid pollutants and inclined surface specimens at power frequency (48Hz -62Hz). Evaluate the resistance level of electrical insulation materials used under harsh environmental conditions through the measurement of resistance to electrification and corrosion..Under the influence of moisture and

Product Description Specification itemvalueWarranty1 YEARCustomized supportOEM, ODM, OBM, Software reengineeringPlace of OriginChinaGuangdongBrand NameDAXIANModel NumberDX8413PowerElectronicExternal dimensions800 l W700 1350mm hElectrode weight50GElectrodeElectrode weightInput voltageAC 220 VTest methodTest methodTest method5,Electrical capacity:1.5 KVATest current:10MA-20MA-30MA-40MA optionalCurrent control accuracy± 10%Arc on/off time error:

Product Description Company Profile Dongguan Daxian Automation Instrument and Equipment Co., Ltd., founded on July 5, 2012, is located in Chang'an Town, Dongguan City, the Pearl River Delta, Guangdong Province, with developed transportation. It is a private enterprise engaged in the production, design, development and sales of test equipment and instruments. After years of development, the company has established a strong professional research and development team, committed

Company Profile DAXIAN INTERNATIONAL EQUIPMENT CO., LTD is Located in Dongguan City, Guangdong Province, China, we are a high tech enterpris which is specialized in development and manufacturing, The most professional OEM manufacturer in the country,we mainly produce Fire Testing Equipment, Construction Materials Testing Equipment, Plastic Testing Equipment, Wire Testing Equipment, Environmental Test Chamber, Tensile Testing Machine, and others DAXIAN's testing equipment is

Basic principle: Under the influence of humid and impurity environments on electrical products, insulation leakage may occur between charged parts of different polarities or between charged parts and grounded metal. The generated arc can cause breakdown and short circuit to the electrical appliance, material corrosion due to discharge, and even lead to fire. The leakage trace test is a destructive test conducted on insulation materials to simulate the above situation. The