Electrical conduit testing instrument
Hard‑shell corrugated pipe outer diameter gauge
This set of gauges is applicable to circular electrical conduit made of plastic insulating material, used for protecting and securing the wiring of wires or cables within buildings or structures.
Plug and socket gauge (customizable)
For the inspection of dimensions of single-phase plugs and sockets for household and similar applications.
Electrical conduit pressure testing machine
JG3050-7 Electrical Conduit Pressure Testing Machine – Product Description The electrical conduit pressure testing machine is suitable for conducting pressure tests on various types of plastic pipes, plastic corrugated pipes, and similar products. A cubic steel block is placed on the specimen, and a slowly increasing force is applied via a lever and weights. A large‑range dial gauge then measures changes in the outer diameter at the compressed section of the specimen, allowing assessment of its mechanical properties.
Pipe marking device; determination of the longitudinal shrinkage rate of thermoplastic pipes; perform the measurement of the longitudinal shrinkage rate of plastic pipes.
Determination of Longitudinal Shrinkage Rate of Thermoplastic Pipes: Conducting the test to measure the longitudinal shrinkage rate of plastic pipes.
Electrical conduit impact testing machine
The impact testing machine for electrical conduit is suitable for conducting impact tests on various plastic pipes, corrugated plastic pipes, and similar products, enabling the determination of the impact energy required to cause pipe failure and thereby assessing their impact strength.
This testing machine is suitable for bending tests of insulating electrical conduit and similar materials, with a total bending angle of 180°. After the test, inspect the specimen for any cracks.
Product Introduction: The outer diameter of the trapezoidal wire spring is 0.70 to 1.0 mm smaller than the specified inner diameter of the sleeve.
Electrical conduit bending and fixing device
JG3050-13 Electrical Conduit Bending and Fixing Device. It is used to bend electrical conduits with outer diameters of 16 mm, 20 mm, and 25 mm and a length of 500 mm into a 90° angle without auxiliary bending tools, after which the conduit’s flattening performance is evaluated.
Ball Pressure Tester (Ball Pressure Heat Resistance Test Apparatus)
JG3050-14 Ball Pressure Tester (Ball Pressure Heat‑Resistance Test Apparatus) This device is designed and manufactured in accordance with the relevant standard requirements for ball pressure testing, serving as a specialized instrument for evaluating the heat resistance of nonmetallic materials. It is suitable for conducting heat‑resistance tests on electrical equipment, their components and parts, as well as on non‑ceramic solid electrical insulating materials and other nonmetallic substances.
Heat-Resistance Test Apparatus for Semi-Rigid and Corrugated Conduits
Product Introduction: The JG3050-15 Semi-Rigid and Corrugated Conduit Heat-Resistance Test Apparatus is designed for conducting heat-resistance tests on semi-rigid and corrugated conduits, enabling the determination of the required heat-resistance rating and, consequently, the assessment of their heat‑resistance performance.
Electrical Performance Tester for Electrical Conduit Pipes
Product Introduction: The JG3050-16 Electrical Performance Tester for Electrical Conduit is designed to measure the insulation strength and insulation resistance of electrical insulating conduits and fittings. It operates by applying a specified voltage at a prescribed temperature, ensuring that the test specimen remains intact without breakdown.
Electrical Conduit Combustion Tester
Product Introduction: The Electrical Conduit Combustion Tester is designed and manufactured in accordance with standards such as JG 3050.
This instrument is suitable for low-temperature testing of construction materials, electronics, profiles, and plastics, and can also be used in laboratories across research institutes, biomedicine, agriculture, and animal husbandry to cryopreserve biological materials, samples, and specimens at low temperatures.
Constant-temperature and constant-humidity test chamber (temperature and humidity customizable)
Verification Method for Basic Parameters of Environmental Test Equipment: Low-Temperature, High-Temperature, Constant Damp‑Heat, and Cyclic Damp‑Heat Test Equipment
Product Introduction: The XWR-2406 Oxygen Index Tester is suitable for determining the combustion performance of materials such as plastics, rubber, fibers, foam plastics, soft sheets and films, and textiles.
Touchscreen Electric Metal Conduit Bending Testing Machine
The metal pipe bending testing machine is designed for conducting bending tests on metallic conduits and similar materials, with a bending angle of 90°. After the test, the specimen is inspected for any cracks.
Silicone Core Pipe Cold Bending Radius Tester
Silicone‑Core Pipe Cold Bend Radius Tester: Low-Temperature Flexural Performance Testing Equipment — Product Introduction The silicone‑core pipe cold bend radius tester is designed in accordance with the test method for the cold bend radius of silicone‑core pipes specified in JT/T 496‑2004, “High-Density Polyethylene Silicone‑Core Plastic Pipes for Underground Communication Conduits on Highways.” This compact and intuitive instrument is an ideal choice for manufacturing facilities and quality‑control inspection departments. It is used to evaluate the flexural resistance of silicone‑core pipes at low temperatures and is compatible with high‑density polyethylene silicone‑core plastic pipes for underground communication conduits ranging from 32 to 63 mm in diameter.
Metal and Composite Catheter Bending Test Apparatus
The bending test apparatus for metallic and composite conduits is designed for conducting bend tests on materials such as metal conduits, with a bending angle of 90°. After the test, the specimen is inspected for any cracks.
The pipe drop‑test machine is a specialized impact‑resistance testing device designed for insulated electrical conduit, plastic pipes, and related fittings. It simulates the drop‑impact conditions encountered during transportation and installation, enabling assessment of the materials’ drop‑resistance performance and structural integrity.