Safety Belt and Hard Hat Testing Equipment
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.
LBT-ZX-766 Safety Shoe Rubber Abrasion Tester
This equipment has been developed in accordance with the new standards specified in GB/T 20991, “Test Methods for Footwear of Personal Protective Equipment,” and is suitable for assessing the abrasion resistance of elastic materials, rubber, tires, conveyor belts, shoe soles, soft synthetic leather, and other similar materials. It features high efficiency, excellent reproducibility, and ease of operation. Reference standards: compliant with DIN 53516, ISO/DIS 4649, BS 903 Part 9, GB/T 20991 “Test Methods for Footwear of Personal Protective Equipment,” and other relevant specifications.
LBT-ZX-767 Sole Flexing Tester
This device is primarily used to evaluate the flexural resistance of materials after repeated bending. During testing, a cut‑out knife is used to create three small incisions along the line of maximum bending stress in the outsole’s anti‑slip tread pattern. The sample is then bent at a 90° angle at a specified speed for a predetermined number of cycles, after which the degree of flexural durability of the outsole is examined under magnification. Reference standards: EN 344, ISO 17707, and GB/T 20991‑2007 “Personal Protective Equipment — Test Methods for Footwear.”
LBT-ZX-782 Safety Shoe Slip Resistance Tester
The safety shoe anti-slip testing machine is used to evaluate the static slip resistance of shoe soles and heels, as well as to test materials in contact with walking surfaces. It is suitable for major testing institutions and safety shoe manufacturers.
LBT-HW-150 Protective Suit Overall Airtightness Tester
It is primarily used for integrity testing of fully sealed chemical protective suits 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 hermetically sealed chemical protective suits.
It is primarily used to measure the surface charge of antistatic garments and is widely employed by specialized labor protective equipment supervision and inspection stations, research institutes for workplace safety, product quality inspection agencies, and manufacturers of antistatic apparel.
LBT-HW-152 Anti-Static Clothing Point-to-Point Resistance Tester
It is primarily used to test the point-to-point resistance of antistatic garments and is widely employed by specialized labor protective equipment supervision and inspection stations, research institutes for workplace safety, product quality inspection agencies, and manufacturers of antistatic apparel.
LBT-HW-153 Touchscreen Fabric Tensile Testing Machine
It is primarily used for testing the tensile strength, elongation at break, and trapezoidal tear strength of textiles such as antistatic garments, flame‑retardant suits, and acid‑alkali resistant protective clothing. 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 protective apparel.
LBT-HW-155 Protective Clothing Hydrostatic Pressure Resistance Tester
It is primarily used for testing the hydrostatic pressure resistance of chemical protective suits designed to withstand acidic and alkaline substances, 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 acid- and alkali-resistant protective clothing.
LBT-HW-156B Protective Clothing Penetration Performance Tester
It is primarily used for testing the liquid‑penetration resistance of chemical protective clothing and is widely employed by specialized labor‑protection‑equipment supervision and inspection stations, research institutes for workplace safety, product quality‑inspection agencies, and protective‑clothing manufacturers.
LBT-HW-156C Protective Clothing Spray and Jet Liquid Tightness Tester
It is primarily used for testing the splash‑proof and jet‑proof performance of protective clothing, 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 protective apparel.
LBT-HW-156 Protective Clothing Penetration Time Tester
It is primarily used for testing the breakthrough time performance of protective clothing against acid and alkaline chemicals, and is widely employed by specialized occupational safety‑equipment supervision and inspection stations, research institutes for workplace safety, product quality‑inspection agencies, and manufacturers of acid‑ and alkali‑resistant protective garments. Additionally, permeation‑testing functionality can be added to the existing equipment.
LBT-HW-157 Protective Clothing Liquid Repellency Efficiency Tester
It is primarily used for testing the liquid‑repellent performance of protective clothing against acidic and alkaline chemicals, and is widely employed by specialized occupational safety‑equipment inspection stations, research institutes for workplace safety, product quality‑inspection agencies, and manufacturers of acid‑ and alkali‑resistant protective garments.
LBT-HW-158B Protective Clothing Thermal Radiation Performance Tester
It is primarily used for testing the radiant‑heat resistance of thermal protective clothing 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 thermal protective garments.
LBT-HW-158 Thermal Protective Performance Tester for Flame‑Retardant Protective Clothing
It is primarily used to test the thermal insulation performance of flame‑retardant fabrics—such as those employed in Class A flame‑retardant protective clothing and firefighting gear—when exposed to radiant and convective heat sources. 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 flame‑retardant apparel.
LBT-HW-159B Protective Clothing Molten Metal Splash Resistance Tester
It is primarily used for testing the splash‑resistance performance of protective clothing against molten metal, specifically molten iron or molten aluminum. 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 protective garments designed to guard against molten‑metal splashes.
LBT-HW-159 Protective Clothing Molten Metal Impact Resistance Tester
It is primarily used for testing the resistance of welding garments to molten metal spatter and impact, and is widely employed by specialized labor protective equipment supervision and inspection stations, research institutes for workplace safety, product quality inspection agencies, and welding garment manufacturers.
LBT-HW-201 Protective Flame-Retardant Suit Vertical Method Flammability Tester
It is primarily used for testing the flame‑retardant performance of flame‑retardant garments and other flame‑retardant textiles, 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 flame‑retardant apparel.
LBT-HW-709 Protective Clothing Synthetic Blood Penetration Tester
Manufactured in accordance with relevant standards, it is primarily used for testing the resistance of medical protective garments to synthetic blood penetration. It is suitable for manufacturers of medical protective garments, quality‑control agencies, research institutions, and organizations involved in the use and application of such garments.
LBT-HW-815 Protective Clothing Contact Heat Performance Tester
It is primarily used for testing the contact heat resistance of protective gloves, protective clothing, and other items employed in high‑temperature, high‑heat work environments. It is widely adopted by specialized labor‑protection‑equipment supervision and inspection stations, research institutes for workplace safety, product quality‑inspection agencies, and manufacturers of high‑temperature, high‑heat protective gloves.
LBT-ZF-611 Fabric Friction Electrification Charge Tester
Developed in accordance with anti-static apparel standards, this equipment is specifically designed to test the electrostatic dissipation performance of anti-static garments and fabrics, as well as to support assessments for occupational safety certification and production license reviews. It is suitable for both Class A and Class B anti-static workwear.
LBT-ZF-612 Fabric Friction Charge Measurement Instrument – Drum Friction Tester
When assessing the triboelectric charging characteristics of finished antistatic garments, the garment is subjected to frictional charging and then used in conjunction with a Faraday cage and an electrostatic voltmeter to measure the amount of charge accumulated on the antistatic workwear.
LBT-ZF-613 Point-to-Point Resistivity Tester
It is used to measure the point-to-point resistivity of antistatic workwear and is suitable for both Class A and Class B antistatic garments. The principle involves applying a test voltage of 100 V to the sample for 15 seconds; the minute current passing through the sample is sampled and amplified by a standard resistor, and the resulting value is read on a high‑impedance meter. The digital display directly indicates the resistance value, offering high accuracy, rapid response, excellent stability, and convenient readings.
LBT-ZF-621 Flame-Retardant Clothing and Fabric Vertical Flame‑Retardancy Tester
It is primarily used for determining the flame‑retardant performance of flame‑retardant garments, fabrics, and other materials, as well as for reviewing labor safety certifications and production licenses. The equipment features a high degree of automation and is easy and safe to operate.
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