Precision Laboratory Test Equipment for PVC-O Pipes and Fittings
Designed for PVC-O pipe manufacturers, our laboratory testing equipment helps verify pressure resistance, impact performance, thermal properties, and material quality with reliable testing accuracy.
Product Overview
Complete Testing Coverage
Our laboratory test equipment supports key quality inspections for PVC-O pipes and fittings, including hydrostatic pressure testing, falling weight impact testing, thermal analysis, melt flow testing, and PVC material resistance evaluation.
Built for Pipe Manufacturing Quality Control
Designed for pipe production laboratories, these testing instruments help manufacturers verify product performance, monitor raw material stability, and maintain consistent quality throughout the production process.
Reliable Solutions for PVC Pipe Laboratories
From single testing machines to complete laboratory testing solutions, GT-TEST provides equipment selection support, technical guidance, and after-sales service for plastic pipe manufacturers and testing laboratories.
Pressure & Leak Testing
Burst Pressure Tester
Designed to determine the short-term maximum burst pressure of PVC-O pipes and fittings under rapidly increasing internal hydraulic pressure.
Hydrostatic Pressure Tester
Used to evaluate the long-term resistance of PVC-O pipes and fittings to internal hydrostatic pressure, ensuring structural integrity under service conditions.
Joint Leak Tightness Tester
Designed to test the leak-tightness and sealing performance of PVC-O pipe joints and fittings under internal pressure conditions.
Mechanical Strength Testing
Falling Weight Impact Tester
Designed to determine the impact resistance of PVC-O pipes and fittings by applying a controlled falling weight impact on test specimens under specified conditions.
Universal Testing Machine
Designed to perform tensile, compression and bending tests on PVC-O pipes, fittings and material specimens to evaluate their mechanical properties.
Thermal Analysis Equipment
Vicat Softening Point Tester
Designed to determine the Vicat softening temperature (VST) of PVC-O pipes and fittings by measuring the temperature at which a standard indenter penetrates 1 mm into the specimen under a specified load.
Differential Scanning Calorimeter
Designed to analyze the thermal properties of PVC-O materials, including glass transition temperature, melting behavior, crystallization and thermal stability.
Air Oven
Designed for thermal aging, heat resistance testing and conditioning of PVC-O pipes, fittings and polymer materials under controlled temperature environments.
Material Properties Testing
Melt Flow Indexer
Designed to determine the melt flow rate (MFR) of thermoplastic materials such as PVC-O, PE and PP by measuring the mass of polymer extruded through a standardized die under specified temperature and load conditions.
Dichloromethane Resistance Tester
Designed to evaluate the resistance of PVC pipes and fittings to dichloromethane (CH₂Cl₂), assessing the degree of gelation and molecular structure stability of the material.
Weathering & Aging Test
Xenon Chamber
Designed to simulate natural sunlight, rain and temperature conditions to evaluate the weathering and aging resistance of PVC-O pipes and fittings.
Product Advantage
Our laboratory test equipment supports quality control for PVC-O pipes and fittings, covering raw material testing and finished pipe performance verification. With hydrostatic pressure testing, falling weight impact testing, DSC, and melt flow index testing, GT-TEST helps laboratories evaluate pressure resistance, impact strength, thermal behavior, and material flow stability with reliable and efficient test results.
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GT-TEST recently completed a turnkey laboratory testing equipment project for a PPR pipe manufacturer in Russia. The customer purchased a complete set of laboratory testing instruments, and GT-TEST successfully completed the equipment installation and commissioning at the customer's facility. -
Vicat testing serves as a critical checkpoint in modern QA/QC workflows. It determines the thermal softening points for both cementitious materials and advanced polymers. Operators often take the blame when thermal softening data comes back invalid. -
Quality assurance bottlenecks and material qualification failures carry immense stakes in modern manufacturing environments. A single faulty batch can disrupt global supply chains, delay product launches, and cause severe financial losses. -
Thermal deformation failures in infrastructure piping lead to severe operational and compliance liabilities. Accurately determining the Vicat Softening Temperature (VST) is non-negotiable for polymer formulation and quality control.
Get Touch With Us
CONTACT INFO
+86-138-3145-8899
jjtest@polymer-test.com
+86-138-3145-8899
NO. III Boyueshan, High-technology Development Zone, Chengde, China
