Touch Screen Thermal Deformation VICAT Softening Point Test Machine

Our touch-screen melt flow rate tester measures thermoplastic MFR (0.1-150g/10min) with temp range 40-450℃. It has dual sensors, ±0.2℃ temp fluctuation, and auto/manual cutting. Compliant with GB/T3682, ISO 1133, it features a 7-inch touchscreen, real-time temp curves, and micro printer. The Hastelloy barrel resists corrosion, and 8 weights cover diverse tests. Suitable for plastic production, quality inspection, and labs optimizing processing parameters.

Our semi-automatic melt flow index tester (GC-MI-DP) measures MFR of thermoplastics (PC, nylon, PP) under controlled temp/load. It has dual temperature control (RT-400℃), imported sensors, and a Hastelloy alloy barrel. Compliant with GB/T3682-2018, ISO 1133, and ASTM D1238, it enables electric loading/unloading and auto-cutting. The touchscreen displays data, and a micro printer outputs results. Ideal for plastic production, petrochemicals, and research labs needing efficient batch testing.

This melt flow indexer tests MFR/MVR of plastic and rubber in viscous flow. It has a 304 stainless steel heating cylinder (RT-400℃, optional 500℃), dual sensors for temp precision, and 8 weight grades (0.325-21.6kg). Compliant with GB/T3682 and ASTM D1238, it resists corrosion from fluoroplastics. Key-stroke control simplifies operation, and a micro printer outputs data. Ideal for petrochemicals, plastic processing, and research institutes evaluating material processability.

This automatic melt flow index tester measures MFR/MVR of thermoplastics (high-temp PC, fluoroplastics) with auto-weight loading and cutting. It has multi-stage temp control (RT-450℃), dual platinum sensors, and an Omron encoder for precision. Compliant with GB/T3682, ISO 1133, it retains last test parameters and connects to computers via RS232. Features corrosion-resistant parts and fast temp recovery. Perfect for high-frequency testing in plastic factories, commodity inspection, and universities.

Our single-column universal testing machine (GC-WD-500D) is compact for tensile, compression, and bending tests on nonmetals (film, rubber, plastic). It has a 500kg load cell (±0.5% accuracy), speed range 0.01-500mm/min, and 800mm test stroke. Compliant with GB/T1041, ISO 178, it uses computer control for curve analysis and report generation. Features overcurrent/overload protection and emergency stop. Perfect for small labs, material inspection, and industries like textiles and household appliances.

This universal tensile testing machine (GC-WS-2000S) performs tensile, compression, bending, and shear tests on rubber, plastic, and metal. It has a 20KN high-precision sensor (±0.5% accuracy), AC servo motor, and Taiwan ball screw. Compliant with GB/T1040, ASTM D638, and ISO 527, it uses computer software for data analysis—auto-calculating tensile strength and elastic modulus. Safety features include overload shutdown and travel limits. Ideal for universities, research institutes, and auto/electronics industries.

This UV aging test chamber (GC-UV-A) uses ultraviolet lamps, condensation, and water spray to test material aging—fading, cracking, and embrittlement. It has UVA-340/UVB-313 lamp options, PID temperature control (RT+10~70℃), and ≥90% RH humidity. Compliant with GB/T16422.3, ISO 11507, and SAE J2020, it’s suitable for plastic, rubber, and fabric testing. The QTEST touchscreen enables program editing, and safety devices include over-temperature and water shortage protection. Ideal for quality control in automotive, textile, and coating industries.

Our UV accelerated aging chamber (GC-UV-A) rapidly simulates outdoor weathering—UV radiation, dew, and rain—for materials like plastic, coating, and rubber. Equipped with 8 UVA-340 lamps (315-400nm) and a Taiwan 7-inch touchscreen, it records irradiance, temperature, and time. Compliant with GB/T14552, ASTM D4329, and ISO 4892-3, it reproduces months of outdoor aging in days. Features independent radiation/condensation tests and real-time curve display. Perfect for material weatherability evaluation in manufacturing and research.