A device that is installed into the battery module frame and can efficiently simulate the expansion force of the battery core. It can continuously output alternating loads or stable loads and quickly evaluate the fatigue strength of the module frame structure. For double-row battery modules, it supports dual motor linkage control (that is, placing 2 sets of test equipment in the frame to synchronously control the load of each equipment). The equipment is driven by a motor, and a load is applied to the profiling block through a reducer, transmission mechanism, etc. to simulate the cell expansion force.
The RS-8215 Digital Impact Tester is designed for accurately measuring the impact strength of engineering plastics, fiberglass, ceramics, cast stone, electrical insulation materials, and other non-metallic samples. Featuring automatic results printing and enhanced safety with push-button operation, it is ideal for reliable toughness evaluation.
Apply for industrial of electronic parts, houseware, wire, metal, bicycle, handbag, foodstuff, footwear, furniture, etc. to do burst resistance strength test on sample and corrugated cartons, also can be used for synthetic leather testing & textile testing & paper and paperboard testing.
With quakeproof motor driver, operated by worm driving, and then forced on testing sample at speed of 170±15ml/min, the digital load cell will show the sample broken value.
The RS-8217 Metal Impact Tester is designed to measure the impact resistance of metallic materials under dynamic loads, compliant with ISO 148-1, GB/T229-2007, and ASTM E23 standards, with maximum impact energy up to 300J.
Designed to simulate low-pressure environments that batteries may encounter during air transportation (down to 5.0KPa), the RS-6004C tester evaluates battery safety and storage performance, ensuring compliance with air transport safety standards.
Designed for testing the flame resistance of batteries in consumer electronics like mobile phones and laptops, ensuring product safety and compliance.
Simulates battery exposure to controlled high-temperature environments with adjustable ramp rates, designed for battery thermal shock and safety testing.
Application
The Microcomputer cyclic Compression Strength Tester is designed for testing the ring compression strength of corrugated paper and kraft paper with thickness below 1mm. Using high precision ball screw to drive the platen to make it move along the guide rail in a stable and balanced way to compress the specimen. The press plate is driven by high-precision ball screw, which moves along the guide rail in a stable and balanced way to compress the specimen, and is equipped with high-precision sensors to sense the pressure signals, and the digital display shows the test results analyzed by the software. With various accessories, it can test the vertical compression strength, gluing strength and flat compression strength of cardboard.
The RS-8226 Tape Tack Rolling Ball Tester is designed for testing the adhesiveness of various tapes. Place the sample with the adhesive side facing upward on a 30° inclined plate, fix both ends with tape and weights respectively. Then take steel balls starting from the largest size, let them fall freely from the inclined plate in sequence, and record the ball number that can adhere to the sample for more than 5 seconds.
