Safety Belt and Hard Hat Testing Equipment

LBT-1901 Seat Belt Comprehensive Static and Dynamic Load Tester

Specifically designed for testing the overall dynamic load‑bearing performance (impact) and static load capacity of seat belts. The instrument features an electrical control system, offering intelligent operation and ease of use. Real‑time test data are displayed and recorded. A protective device is included to effectively prevent injury in the event of a dummy’s detachment. Annual maintenance procedures are provided to extend the instrument’s service life. An electric lifting control system and an automatic release control system are also supplied. The test rig boasts a unique design, ensuring convenient assembly.

LBT-1902 Seat Belt Full-Body Slip Test Instrument

It is primarily used for full‑body harness drop‑test simulations. It is widely employed by occupational safety‑equipment inspection and testing stations, research institutes of construction science, and construction‑project quality‑inspection agencies, and is especially utilized in the power sector and by manufacturers of electrical safety harnesses.

LBT-HW-131 Safety Harness Comprehensive Tester (Overall Dynamic Load, Overall Static Load)

It is primarily used for conducting dynamic load tests (belt impact) and static load tests on complete safety belts. It is widely employed by specialized labor protective equipment supervision and inspection stations, architectural research institutes, construction engineering quality testing centers, power utilities, and safety belt manufacturers.

LBT-HW-132 Full-body Harness Fall‑Through Tester

It is primarily used for full‑body harness drop‑test simulations. It is widely employed by specialized labor‑protection‑equipment supervision and inspection stations, research institutes of construction science, and construction‑project quality‑testing centers, and is particularly utilized in the power sector as well as by manufacturers of electrical safety harnesses.

LBT-HW-135 Safety Belt Test Manikin

It is primarily used as a test specimen to evaluate the performance of area‑limiting harness systems, perimeter‑guarding harness systems, fall‑arrest harness systems, and rescue harness systems.

LBT-HW-136 Safety Belt Antistatic Tester

It is primarily used for testing the antistatic properties of seatbelt webbing and straps. It is widely employed by specialized labor protective equipment supervision and inspection stations, architectural research institutes, construction engineering quality‑testing centers, power utilities, and seatbelt manufacturers.

LBT-HW-DL13 Foot-Clamp Climbing Board Static Load Tester

It is primarily used for static load testing of climbing foot grips and climbing boards—essential safety equipment for working at height in the power industry. It is widely employed by power generation, transmission, substation, distribution, maintenance, electrical research institutes, and power‑tool inspection agencies.

LBT-HW-DL15 Ladder Load Testing Instrument

It is primarily used for static load testing of rigid ladders—such as bamboo, wooden, aluminum alloy, and composite‑material ladders—commonly employed as elevated work equipment in the power industry. It is widely applied in power generation, transmission, substation operations, distribution, maintenance, electrical research institutes, and power‑tool inspection organizations.

LBT-HW-DL18 Safety Belt Fall‑Arrest Self‑Regulating Device No‑Load Tester

It is primarily used for no‑load testing of speed‑differential self‑retracting devices and other personal protective equipment for electrical safety. It is widely employed by power generation, transmission, substation, distribution, maintenance, research institutes, and electrical‑tool inspection organizations.

LBT-XD Safety Belt Xenon Lamp Weathering Test Chamber

It is primarily used to simulate the outdoor humid‑hot natural atmospheric conditions, assess the weather resistance of seat belts, and perform pre‑conditioning of seat belt breaking strength. It is widely employed by specialized labor protective equipment supervision and inspection stations, architectural research institutes, and construction engineering quality testing centers.

LBT-ZD-713 Seat Belt Full-Body Static Load Tester (Electric)

The safety harness overall static load tester is designed in accordance with safety harness standards and is used to evaluate the overall static load‑bearing capacity of perimeter‑guarding safety harnesses, as specified in Clause 4.4 of GB/T 6096‑2009 “Test Methods for Safety Harnesses.”

LBT-ZD-717 Seat Belt Full‑Length Slippage Tester

The full‑body fall‑arrest harness tester is designed in accordance with the national standard for safety belts and is used to evaluate the ability of perimeter‑guarding harnesses to withstand a full‑body fall. It complies with the test requirements specified in Clause 4.5 of GB/T 6096‑2009, “Test Methods for Safety Belts.”

LBT-ZD-718 Seat Belt Tensile Testing Machine

The seat belt tensile testing machine is primarily used for static load testing of seat belt webbing and lanyards, static load testing of components, deformation testing of energy absorbers, and testing of the force required to trigger accidental release.

LBT-ZD-719 Safety Belt Test Rubber Mannequin

The seatbelt test dummy is used to evaluate various performance characteristics of seatbelts, including dynamic load tests and comprehensive static load tests in accordance with relevant standards.

LBT-ZF-621 Seat Belt Flame-Retardant Performance Tester

The flame‑retardancy tester for seat belts is primarily used to evaluate the flame‑retardant performance of seat belts, safety nets, and protective clothing.

JMG-20 Safety Helmet High-Temperature Preconditioning Test Chamber

The high-temperature pre‑treatment chamber for safety helmets is designed for conducting high‑temperature preconditioning of helmets prior to testing, as well as other heating applications. It employs an intelligent temperature‑control instrument that offers linear heating with precise temperature regulation, high control sensitivity, simple operation, and reliable performance, with the working temperature displayed digitally in an intuitive, easy‑to‑read format. The chamber can maintain a constant temperature anywhere between ambient room temperature and 250°C, and it automatically shuts off power to protect both the equipment and the test specimens. This device is an indispensable analytical tool in laboratories, delivering uniform heating up to 250°C. It is suitable for baking, drying, heat treatment, or other heating processes, making it a standard piece of laboratory equipment. Equipped with an electric blower, it promotes forced convection of hot air within the chamber, ensuring more even temperature distribution.

LBT-1903 Safety Helmet Impact and Puncture Testing Machine

It is used to test the impact resistance and puncture resistance of safety helmets. With a high degree of automation and user-friendly operation, it is widely employed by safety helmet manufacturers, major quality‑inspection agencies, and construction‑project testing stations.

LBT-1905C Safety Helmet Vertical Clearance and Wearing Height Measuring Instrument (Dual‑Mode)

The full-helmet wearing-height testing machine is an instrument used to measure the vertical clearance and wearing height of safety helmets. It is widely employed at specialized labor protective equipment supervision and inspection stations, construction research institutes, construction engineering quality‑testing centers, power‑sector organizations, and safety‑helmet manufacturers.

LBT-1905 Safety Helmet Vertical Clearance and Wearing Height Measuring Instrument

The full-helmet wearing-height testing machine is an instrument used to measure the vertical clearance and wearing height of safety helmets. It is widely employed at specialized labor protective equipment supervision and inspection stations, construction research institutes, construction engineering quality‑testing centers, power‑sector organizations, and safety‑helmet manufacturers.

LBT-1906 Safety Helmet Tendency to Rigid Pressure Resistance Performance Tester

The helmet under‑band lateral rigidity testing machine is used to evaluate the strength and stiffness of helmet retention systems. It is easy to operate and is widely employed by helmet manufacturers, major quality‑inspection agencies, and testing laboratories.

LBT-1907 Safety Helmet Chin Strap Strength Tendency Rigidity Tester

When testing the tensile strength of the lower strap of a safety helmet, a specially designed headform fitted with the helmet is secured to a lifting platform. The platform then applies a tensile load to the lower strap until it either breaks or becomes slack. For lateral rigidity testing, the helmet is clamped between two disc-shaped test fixtures, and a vertical loading force is applied to the side of the helmet via the lifting platform. The helmet’s displacement during loading is monitored to determine whether it meets the required standards. This equipment is suitable for use in the rubber and plastics industries, inspection agencies, and research institutions.

LBT-1908 Flame-Retardant Performance Tester for Safety Helmets

The flame‑retardancy tester for helmets is specifically designed and manufactured for safety testing of firefighting helmets. It provides reliable assessment of a helmet’s resistance to combustion, in accordance with GB/T 2812‑2006, GB/T 2811‑2007, and LY/T 1389‑1999. The instrument is widely used in fire‑research institutes, helmet manufacturers, and national quality‑inspection agencies.

LBT-1912 Safety Helmet Low-Temperature Water Immersion Pre‑treatment Chamber

The low-temperature and constant-temperature water‑soaking pre‑treatment chamber for safety helmets is specifically designed for low‑temperature preconditioning and constant‑temperature water‑soaking treatment of safety helmets. It is widely used in specialized labor protective equipment supervision and inspection stations, architectural research institutes, construction engineering testing centers, and safety helmet manufacturers.

LBT-HW-101A Safety Helmet Impact and Puncture Resistance Tester

Manufactured in accordance with GB/T 2812, EN 397, EN 812, and ANSI Z89.1, this equipment is primarily used to test the impact‑absorption performance and puncture resistance of safety helmets. It is widely employed by specialized labor‑protection‑equipment supervision and inspection stations, construction research institutes, construction‑project quality‑inspection agencies, power‑sector organizations, and safety‑helmet manufacturers.

LBT-HW-101C Safety Helmet Impact and Puncture Resistance Tester

It is used to test the impact resistance and puncture resistance of safety helmets. The equipment features a high degree of automation and user-friendly operation, and is widely employed by safety helmet manufacturers, major quality inspection agencies, and construction‑project testing stations.

LBT-HW-101C Microcomputer-Controlled Safety Helmet Impact and Puncture Resistance Tester

The computer‑controlled safety helmet impact and puncture tester is primarily used to evaluate the helmet’s impact‑absorption performance and puncture resistance. It is widely employed by specialized labor‑protection‑equipment supervision and inspection stations, construction research institutes, construction‑project quality‑inspection agencies, power‑sector organizations, and safety‑helmet manufacturers. Reference standards include: GB/T 2812‑2024 “Test Methods for Safety Helmets,” GB 2811‑2019, EN 397, and ANSI Z89.1.

LBT-HW-101 Safety Helmet Impact and Puncture Resistance Tester

It is primarily used to test the impact‑absorption performance and puncture resistance of safety helmets. It is widely employed by specialized labor‑protection‑equipment supervision and inspection stations, research institutes of construction science, construction‑project quality‑inspection stations, power‑sector organizations, and safety‑helmet manufacturers.

LBT-HW-102C Safety Helmet Chin Strap Strength and Lateral Rigidity Tester

It is primarily used to test the lateral rigidity of safety helmets and the strength of their chin straps. It is widely employed by specialized labor protective equipment supervision and inspection stations, research institutes of construction science, construction engineering quality testing stations, power utilities, and manufacturers of safety helmets.

LBT-HW-102 Safety Helmet Chin Strap Strength Tester

It is primarily used to test the lateral rigidity of safety helmets and the strength of their chin straps. It is widely employed by specialized labor protective equipment supervision and inspection stations, research institutes of construction science, construction engineering quality testing stations, power‑related departments, and manufacturers of safety helmets.

LBT-HW-103A Safety Helmet Vertical Clearance and Wearing Height Measuring Instrument (Headform Model)

It is primarily used for measuring the vertical clearance and wearing height of safety helmets. It is widely employed by specialized labor protective equipment supervision and inspection stations, architectural research institutes, construction engineering quality testing centers, power utilities, and safety helmet manufacturers.