Safety shoe testing equipment

LBA-205 Safety Shoe Cold-Resistance Tester

It is a specialized device for conducting cold‑resistance tests on safety footwear, featuring a high degree of automation and user‑friendly operation, and is widely used by safety shoe manufacturers and major quality‑inspection agencies.

LBT-1909 Safety Shoe Impact Resistance Testing Machine

The impact hammer of the toe‑impact tester is dropped from a preset height, delivering a specified energy in joules to the toe cap of a safety shoe or protective footwear. Following the impact, the residual height of a clay‑filled cylindrical specimen positioned inside the toe cap is measured. The toe‑impact resistance of the safety or protective shoe is then evaluated based on this measured height and whether the protective toe cap has fractured or become translucent, thereby assessing the shoe’s overall safety performance.

LBT-1910 Safety Shoe Compression and Puncture Testing Machine

Used to assess the compression resistance of occupational, protective, and safety footwear, as well as the puncture resistance of steel midsoles. This test determines the compression resistance of the toe cap and the puncture resistance of the steel midsole, helping to prevent accidental injuries to workers in the workplace caused by inadequate safety performance of the footwear. The testing machine drives a puncture needle through the sole at a specified speed until the sole is completely pierced or a predetermined force is reached. The safety of shoes with puncture‑resistant midsoles—whether they are protective or occupational footwear—is evaluated based on the maximum force required to fully penetrate the sole or on whether the puncture needle emerges when a specified force is attained. Reference standards include: GB/T 20991‑2007 “Test Methods for Personal Protective Equipment—Footwear”; GB/T 12017‑1989 “Technical Requirements and Test Methods for Puncture‑Resistant Footwear”; D50‑1994 “Protective Footwear (Boots) with Toe Protection”; as well as EN 12568, ANSI, JIS, CSA, and other relevant testing standards.

LBT-1911 Protective Glove Cutting Tester

The glove cut resistance tester/glove cutting test machine is used to evaluate the cut resistance of materials such as shoe uppers, protective gloves, and leather. It is suitable for assessing knife‑cut resistance in the protective zones of safety gloves, but is not intended for gloves made from extremely rigid materials.

LBT-HW-161 Safety Shoe Impact Resistance Tester

It is primarily used for testing the impact‑resistance performance of occupational footwear, protective footwear, safety shoes, and similar products, and is widely employed by specialized labor‑protection‑equipment supervision and inspection stations, research institutes for workplace safety, product quality‑inspection agencies, and manufacturers of safety and protective footwear. The four‑column frame design ensures the equipment’s stability. An electrically driven drop hammer is used for lifting and releasing the impact weight. The device is equipped with a secondary‑impact prevention mechanism to ensure that each specimen is subjected to only a single impact. It also features an impact‑height scale, allowing the test height to be adjusted as needed.

LBT-HW-162 Safety Shoe Static Pressure Puncture Tester

It is primarily used for testing the compressive strength and puncture resistance of occupational footwear, protective footwear, and safety shoes, and is widely employed by specialized labor‑protection‑equipment supervision and inspection stations, research institutes for workplace safety, product quality‑inspection agencies, and manufacturers of safety and protective footwear.

LBT-HW-163 Safety Shoe Tensile Testing Machine

It is primarily used for testing the strength and tensile properties of occupational footwear, protective footwear, and safety shoes, and is widely employed by specialized labor‑protection‑equipment supervision and inspection stations, research institutes for workplace safety, product quality‑inspection agencies, and manufacturers of safety and protective footwear. The entire machine features a single‑arm design, with an integrated drive system comprising a stepper motor and a speed‑control unit that powers a synchronous‑belt reduction mechanism; the reduced‑speed output then drives a ball screw to apply the test load.

LBT-HW-165 Safety Shoe Antistatic Tester

It is primarily used for testing the electrical conductivity of occupational footwear, protective footwear, and safety shoes, and is widely employed by specialized labor‑protection‑equipment supervision and inspection stations, research institutes for workplace safety, product quality‑inspection agencies, and manufacturers of safety and protective footwear. The main body of the equipment is constructed from high‑strength aluminum alloy; internally, it incorporates an equipotential protection ring and a fourth‑order active low‑pass filter, providing effective shielding against external power‑frequency interference and strong electromagnetic fields. It features high output power, robust load‑carrying capability, and excellent anti‑interference performance.

LBT-HW-166 Safety Shoe Electrical Insulation Performance Tester

It is primarily used for testing the electrical insulation performance of occupational footwear, protective footwear, safety shoes, and similar products, and is widely employed by specialized labor‑protection‑equipment supervision and inspection stations, research institutes for workplace safety, product quality‑inspection agencies, and manufacturers of safety and protective footwear. The three‑window LED display simultaneously shows the test voltage, leakage current, and test duration. The test time can be set manually; when the preset duration elapses, the test automatically stops. The leakage‑current alarm threshold is also user‑adjustable: if the measured value exceeds this threshold, the voltage is automatically cut off, and an audible and visual alarm is triggered.

LBT-HW-169 Outsole Flexibility Tester for Finished Shoes

It is primarily used for testing the flex resistance of finished shoe soles. The number of bending cycles can be set manually and will automatically stop once the preset value is reached. The current number of bends is displayed in real time. The flex‑resistance test area is equipped with a protective guard to ensure operator safety. Control is implemented via a PLC‑based touch screen, allowing all operations to be performed directly on the interface.

LBT-HW-1601 Finished Shoe Waterproofness Tester

It is primarily used for testing the water‑proof and vapor‑permeable performance of occupational footwear, protective footwear, safety shoes, and similar types of footwear. It is widely employed by specialized labor‑protection‑equipment supervision and inspection stations, research institutes for workplace safety, product quality‑inspection agencies, and manufacturers of safety and protective footwear. The device is equipped with a dedicated water tank for convenient testing, which features both an inlet and an outlet.

LBT-HW-1602 Finished Shoe Thermal Insulation Tester

It is primarily used for thermal insulation and high‑temperature resistance testing of finished footwear, including work shoes, protective shoes, and safety shoes. It is widely employed by specialized labor‑protection‑equipment supervision and inspection stations, research institutes for workplace safety, product quality‑inspection agencies, and manufacturers of safety and protective footwear. The device features a copper heating plate that offers excellent thermal conductivity and rapid heating. It is equipped with a timer, allowing users to set the test duration independently. A high‑precision PT100 sensor is incorporated, providing real‑time display of the test temperature. Additionally, a temperature‑compensation system ensures more precise control of the test temperature.

LBT-HW-1603 Cold-Resistance Tester for Finished Shoes

It is primarily used for cold‑resistance testing of finished footwear, including work shoes, protective shoes, and safety shoes. It is widely employed by specialized labor‑protection‑equipment supervision and inspection stations, research institutes for workplace safety, product quality‑inspection agencies, and manufacturers of safety and protective footwear. The equipment features a dedicated industrial freezer with excellent cooling performance and superior sealing. It is equipped with a timer that allows users to set the test duration independently. High‑precision PT100 sensors are utilized, providing real‑time display of the test temperature. A temperature‑compensation system ensures more accurate control of the test temperature. A set of shoe‑testing‑specific brackets is included. Dual‑channel sensors simultaneously monitor the temperatures inside the shoe and within the test chamber in real time.

LBT-HW-1613 Safety Shoe Outsole Oil Resistance Tester

Manufactured in accordance with GB 21148, GB/T 2099, and EN ISO 20344/20345/20346/20347, this equipment is primarily used to test the oil resistance of outsoles for occupational footwear, protective footwear, safety shoes, and similar products. It is widely employed by specialized labor‑protection‑equipment supervision and inspection stations, research institutes for workplace safety, product quality‑inspection agencies, and manufacturers of safety and protective footwear.

LBT-HW-1618 Shoe Material Heat-Resistant Contact Tester

Manufactured in accordance with GB 21148, GB/T 2099, and EN ISO 20344/20345/20346/20347, this equipment is primarily used to evaluate the heat‑resistance of sole materials in occupational footwear, protective footwear, and safety shoes. It is widely employed by specialized labor‑protection‑equipment supervision and inspection stations, research institutes for workplace safety, product quality‑inspection agencies, and manufacturers of safety and protective footwear.

LBT-HW-1621 Upper Rubber Flexibility and Folding Endurance Tester

Manufactured in accordance with GB 21148, GB/T 2099, and EN ISO 20344/20345/20346/20347, this equipment is primarily used to evaluate the flexural resistance of rubber materials employed in the uppers of occupational footwear, protective footwear, and safety shoes. It is widely utilized by specialized labor‑protection‑equipment supervision and inspection stations, research institutes for workplace safety, product quality‑inspection agencies, and manufacturers of safety and protective footwear.

LBT-HW-1632 Puncture-Resistant Pad Flexibility Tester

Manufactured in accordance with GB 21148, GB/T 2099, and EN ISO 20344/20345/20346/20347, this equipment is primarily used to test the puncture‑resistance and flexural durability of insoles in occupational footwear, protective footwear, and safety shoes. It is widely employed by specialized labor‑protection‑equipment supervision and inspection stations, research institutes for workplace safety, product quality‑inspection agencies, and manufacturers of safety and protective footwear.

LBT-HW-1633 Finished Shoe Flexion Angle Tester

Manufactured in accordance with GB 21148, GB/T 2099, and EN ISO 20344/20345/20346/20347, this equipment is primarily used to test the flexural performance of finished footwear, including work shoes, protective shoes, and safety shoes. It is widely employed by specialized labor‑protection‑equipment supervision and inspection stations, research institutes for workplace safety, product quality‑inspection agencies, and manufacturers of safety and protective footwear.

LBT-HW-1635 Upper Water Permeability and Water Absorption Tester

Manufactured in accordance with GB 21148-2020, GB/T 2099, and EN ISO 20344/20345/20346/20347, this equipment is primarily used to test the water permeability and water absorption properties of shoe uppers for occupational footwear, protective footwear, and safety footwear. It is widely employed by specialized labor protection‑product supervision and inspection stations, research institutes for workplace safety, product quality‑inspection agencies, and manufacturers of safety and protective footwear.

LBT-HW-1638 Finished Shoe Leak-Proofness and Water-Resistance Tester

Manufactured in accordance with GB 21148-2020, GB/T 2099, and EN ISO 20344/20345/20346/20347, this equipment is primarily used to test the waterproof and leak‑proof performance of occupational footwear, protective footwear, and safety shoes. It is widely employed by specialized labor‑protection‑equipment supervision and inspection stations, research institutes for workplace safety, product quality‑inspection agencies, and manufacturers of safety and protective footwear.

LBT-HW-1652 Insole and Shoe Sole Absorption–Desorption Tester

Manufactured in accordance with GB 21148-2020, GB/T 2099, and EN ISO 20344/20345/20346/20347, this equipment is primarily used to test the water‑proof penetration performance of occupational footwear, protective footwear, safety shoes, and similar types of footwear. It is widely employed by specialized labor‑protection‑equipment supervision and inspection stations, research institutes for workplace safety, product quality‑inspection agencies, and manufacturers of safety and protective footwear.

LBT-HW-1653 Upper Polymer Flexibility Tester

Manufactured in accordance with GB 21148-2020, GB/T 2099, and EN ISO 20344/20345/20346/20347, this equipment is primarily used to evaluate the flexural resistance of upper‑material polymers in occupational footwear, protective footwear, and safety shoes. It is widely employed by specialized labor‑protection‑equipment supervision and inspection stations, research institutes for workplace safety, product quality‑inspection agencies, and manufacturers of safety and protective footwear.

LBT-HW-1655 Upper Vapor Permeation Pre-Folding Tester

Manufactured in accordance with GB 21148-2020, GB/T 2099, and EN ISO 20344/20345/20346/20347, this equipment is primarily used to assess the water vapor permeation performance of shoe uppers—such as those of occupational, protective, and safety footwear—following a pre‑fold treatment. It is widely employed by specialized labor‑protection‑equipment supervision and inspection stations, research institutes for workplace safety, product quality‑inspection agencies, and manufacturers of safety and protective footwear.

LBT-HW-1660 Insole Abrasion Tester

Manufactured in accordance with GB 21148-2020, GB/T 2099, and EN ISO 20344/20345/20346/20347, this equipment is primarily used to test the sole‑wear resistance of occupational footwear, protective footwear, safety shoes, and similar products. It is widely employed by specialized labor‑protection‑equipment supervision and inspection stations, research institutes for workplace safety, product quality‑inspection agencies, and manufacturers of safety and protective footwear.

LBT-HW-1662 Upper Vapor Absorption Tester

Manufactured in accordance with GB 21148, GB/T 2099, and EN ISO 20344/20345/20346/20347, this equipment is primarily used to evaluate the water vapor absorption performance of shoe uppers, as well as the linings of the front and rear portions of protective and safety footwear. It is widely employed by specialized labor‑protection‑equipment supervision and inspection stations, research institutes for workplace safety, product quality‑inspection agencies, and manufacturers of safety and protective footwear.

LBT-HW-1677 Shoe Upper Water Vapor Permeation Test Chamber

Manufactured in accordance with GB 21148, GB/T 2099, and EN ISO 20344/20345/20346/20347, this equipment is primarily used to test the water vapor permeation performance of uppers, insteps, and lining materials—both fore and rear—for occupational footwear, protective footwear, and safety footwear. It is widely employed by specialized labor‑protection‑equipment supervision and inspection stations, research institutes for workplace safety, product quality‑inspection agencies, and manufacturers of safety and protective footwear.

LBT-HW-1678 Shoe Upper and Outsole Hydrolysis Resistance Tester

Manufactured in accordance with GB 21148, GB/T 2099, and EN ISO 20344/20345/20346/20347, this equipment is primarily used to evaluate the hydrolytic resistance of shoe uppers and outsoles for occupational footwear, protective footwear, and safety footwear. It is widely employed by specialized labor‑protection‑equipment supervision and inspection stations, research institutes for workplace safety, product quality‑inspection agencies, and manufacturers of safety and protective footwear.

LBT-ZX-761 Safety Shoe Impact Testing Machine

This equipment has been developed in accordance with the new safety footwear standard GB/T 20991, “Test Methods for Personal Protective Equipment—Footwear,” and is primarily used to assess the impact‑resistance performance of safety shoes. It is suitable for major safety shoe manufacturers, quality‑inspection agencies, and construction‑project testing stations. Reference standards include: GB/T 20991 “Test Methods for Personal Protective Equipment—Footwear,” EN 344, and ISO 8782.

LBT-ZX-762 Electrical Insulation Tester for Safety Shoes

This equipment is primarily used to test the voltage withstand capability of shoe soles or insulating footwear materials, thereby determining their dielectric strength. The test procedure involves applying a voltage to the shoe sole and gradually increasing it to a specified value, while monitoring whether the sole can maintain that voltage for a prescribed duration. Reference standards include: GB/T 20991 “Test Methods for Footwear Used as Personal Protective Equipment,” EN 344, and ISO 8782.

LBT-ZX-765 Safety Shoe Antistatic Tester

Used to measure the electrical resistance of shoe materials and finished footwear, thereby assessing their antistatic performance.