The Thermal Insulation Test Chamber developed by Ji‘nan SUPER Technology Co., Ltd. evaluates the thermal insulation, fire resistance, strength and durability of thermal insulation materials through precision experimental equipment and standardized processes, and provides material optimization and certification support for the construction, industrial, new energy and other fields. It meets the requirements for high-temperature operation and refrigeration capacity tests specified in Clause 6.2.7.6/7.22 of GB 19572 Low-pressure Carbon Dioxide Fire Extinguishing Systems and Components.

The Valve Reliability Test Device developed by Jinan SUPER Technology Co., Ltd. is a professional testing equipment for evaluating the long-term operational stability and safety of valves under specific working conditions. Its core function is to verify the durability, tightness and operational flexibility of valves by simulating extreme environments or high-frequency operations, and it meets the test requirements for the operational reliability of various driving devices including electric, electromagnetic, electro-explosive, gas-driven and mechanical types.

The Flow and Pressure Loss Characteristic Test Bench for Breakaway Valves developed by Jinan SUPER Technology Co., Ltd. is a dedicated testing device for evaluating the performance of breakaway valves in terms of flow variation and pressure loss. Its core design lies in simulating the flow and pressure changes of breakaway valves under actual working conditions, and quantifying their characteristic parameters through high-precision sensors and a data acquisition system, thus providing a reliable basis for product optimization and safety certification.

The High-Temperature and High-Pressure Dynamic Scale Inhibition and Removal Evaluation System developed by Jinan SUPER Technology Co., Ltd. is an integrated experimental and evaluation platform designed for the scaling and descaling problems under high-temperature, high-pressure and dynamic fluid conditions in industrial environments, and is widely applied in the petroleum, chemical, electric power, food processing and other fields.

The Anti-Corrosion Coating Corrosion Testing Machine developed by Jinan SUPER Technology Co., Ltd. is a testing device for simulating and accelerating the performance tests of coatings in corrosive environments. It is widely applied in the fields of materials science, automotive, shipbuilding, aerospace, architecture and others to evaluate the corrosion resistance, adhesion and durability of coatings.

The Hydrostatic Test Bench for Small and Medium-Sized Cylindrical Metal Components developed by Jinan SUPER Technology Co., Ltd. is designed for the internal pressure strength tests of cylindrical metal components with a diameter of less than 800 mm and a length of less than 5000 mm. This device supports manual button operation, digital pressure gauges and computer automatic control; the computer software can set test parameters, display pressure curves and generate test reports automatically.

The Vacuum Degree Tester for Low-Temperature Insulated Vessels developed by Jinan SUPER Technology Co., Ltd. is a precision instrument specially designed to test the performance of vacuum interlayers in low-temperature insulated equipment (such as liquid oxygen/liquid nitrogen storage tanks and low-temperature gas cylinders). Its core function is to quantitatively evaluate the tightness and cold insulation performance of the vacuum insulation layers of vessels, ensuring that the equipment maintains a low-temperature environment during long-term operation, preventing medium evaporation or external frosting caused by vacuum failure, and thus guaranteeing storage safety and energy efficiency.

The quick-acting oil pressure relay calibration bench developed by Jinan Simingte Technology Co., Ltd. is primarily used for the inspection and testing of quick-acting oil pressure relays. By controlling parameters such as the pressure rise rate (0–500 kPa/s) and pressure holding time (5–120 minutes), it replicates the oil pressure change process during power equipment failures, ensuring that test results closely mirror actual conditions. The reference standard is JB/T 10430-2015, "Quick-acting Oil Pressure Relays for Transformers."

The high-temperature high-pressure wellbore stability instrument developed by Jinan SUPER Technology Co., Ltd. is utilized to evaluate wellbore instability caused by factors such as shale swelling, erosion of the formation by drilling fluid, collapse of unconsolidated formations, and plastic deformation of salt rock formations. By optimizing the drilling fluid system and operational parameters, it helps reduce incidents such as stuck pipe and enlarged borehole diameter resulting from wellbore instability, thereby minimizing non-productive time.