Safety Belt and Hard Hat Testing Equipment
LBT-HW-602C Sports Helmet Wearing Device Strength Tester
Manufactured in accordance with relevant sports standards, it is primarily used to test the dynamic retention‑strength performance of sports helmets. It is widely employed by manufacturers, research institutions, and quality‑inspection and testing agencies involved in the production of sports helmets.
LBT-HW-603A Helmet Field-of-View and Protection-Area Comprehensive Tester
Designed and manufactured in accordance with relevant helmet standards, it is primarily used for visual‑field testing of motorcycle helmets, electric‑bicycle helmets, sports helmets, and similar headgear. It is widely employed by manufacturers, R&D institutions, and quality‑control agencies involved in the production of these helmets. It can also be applied to visual‑field testing of other types of helmets, such as rescue helmets, firefighting helmets, ski helmets, and military/police helmets.
LBT-HW-603 Helmet Field-of-View Tester
Designed and manufactured in accordance with relevant helmet standards, it is primarily used for visual‑field testing of motorcycle helmets, electric bicycle helmets, sports helmets, and similar headgear. It is widely employed by manufacturers, R&D institutions, and quality‑control agencies involved in the production and development of these helmets. It can also be applied to visual‑field testing of other types of helmets, such as rescue helmets, firefighting helmets, ski helmets, and military/police helmets.
LBT-HW-605B Helmet Visor Impact Performance Tester
Designed and manufactured in accordance with relevant helmet standards, it is primarily used for impact‑resistance testing of visors on motorcycle helmets, electric bicycle helmets, sports helmets, and similar headgear. It is widely employed by manufacturers, R&D institutions, and quality‑control agencies involved in the production of motorcycle, electric bicycle, and sports helmets. It can also be applied to impact‑resistance testing of visors on other types of helmets, such as rescue helmets, firefighting helmets, ski helmets, and military/police helmets.
LBT-HW-605 Helmet Visor Impact Performance Tester
Manufactured in accordance with relevant helmet standards, it is primarily used to evaluate the visor impact‑resistance performance of various types of helmets, including motorcycle helmets, sports helmets, electric‑vehicle helmets, fire‑fighting helmets, rescue helmets, military and police helmets, and pilot helmets. It is widely employed by manufacturers, research institutions, and quality‑control and testing agencies involved in helmet production and related fields.
LBT-HW-606 Helmet High-Temperature Preconditioning Chamber
Manufactured in accordance with relevant helmet standards, it is primarily used for high‑temperature preconditioning of various types of helmets, including motorcycle helmets, sports helmets, electric‑vehicle helmets, fire‑fighting helmets, rescue helmets, military and police helmets, and pilot helmets. It is widely employed by manufacturers, research institutions, and quality‑inspection and testing agencies involved in helmet production and related fields.
LBT-HW-607 Helmet Low-Temperature Water Immersion Pre‑treatment Chamber
Manufactured in accordance with relevant helmet standards, it is primarily used for low‑temperature and constant‑temperature water immersion preconditioning of various types of helmets, including motorcycle helmets, sports helmets, electric‑vehicle helmets, fire‑fighting helmets, rescue helmets, military and police helmets, and pilot helmets. It is widely employed by manufacturers, research institutions, and quality‑inspection and testing agencies involved in helmet production and related fields.
LBT-HW-608B Helmet Retention System Stability Tester
Designed and manufactured in accordance with relevant helmet standards, it is primarily used for stability testing of retention systems in motorcycle helmets, electric bicycle helmets, sports helmets, and similar headgear. It is widely employed by manufacturers, R&D institutions, and quality‑control agencies involved in the production of motorcycle, electric bicycle, and sports helmets. It can also be applied to stability tests of retention systems for other types of helmets, such as rescue helmets, firefighting helmets, ski helmets, and military/police helmets.
LBT-HW-608 Helmet Retention System Stability Tester
Designed and manufactured in accordance with relevant helmet standards, it is primarily used for stability testing of retention systems in motorcycle helmets, electric bicycle helmets, sports helmets, and similar headgear. It is widely employed by manufacturers, R&D institutions, and quality‑control agencies involved in the production of motorcycle, electric bicycle, and sports helmets. It can also be applied to stability tests of retention systems for other types of helmets, such as rescue helmets, firefighting helmets, ski helmets, and military/police helmets.
LBT-HW-609 Helmet Visor Abrasion Tester
Designed and manufactured in accordance with relevant helmet standards, it is primarily used for abrasion‑resistance testing of visors on motorcycle helmets, electric bicycle helmets, sports helmets, and similar headgear. It is widely employed by manufacturers, R&D departments, and quality‑control agencies involved in the production of motorcycle, electric bicycle, and sports helmets. It can also be applied to visor abrasion‑resistance testing for other types of helmets, such as rescue helmets, firefighting helmets, ski helmets, and military/police helmets.
LBT-HW-610 Helmet Surface Protrusion Structure Shear and Friction Tester
Designed and manufactured in accordance with relevant helmet standards, it is primarily used to test the shear and friction forces of surface protrusions on motorcycle helmets, electric bicycle helmets, sports helmets, and similar headgear. It is widely employed by manufacturers, R&D institutions, and quality‑control agencies involved in the production of these helmets. It can also be applied to assess the shear and friction characteristics of surface protrusions on other types of helmets, such as rescue helmets, firefighting helmets, ski helmets, and military/police helmets.
LBT-HW-611 Helmet Retroreflectance Meter
Designed and manufactured in accordance with relevant helmet standards, it is primarily used for testing the retroreflective performance of reflective materials in motorcycle helmets, electric bicycle helmets, sports helmets, and similar headgear. It is widely employed by manufacturers, R&D institutions, and quality‑control agencies involved in the production of these helmets. It can also be applied to assess the retroreflective properties of reflective materials in other types of helmets, such as rescue helmets, firefighting helmets, ski helmets, and military/police helmets.
LBT-HW-612 Helmet Visor Transmittance Performance Tester
Designed and manufactured in accordance with relevant helmet standards, it is primarily used for testing the visible light transmittance and haze performance of visors on motorcycle helmets, electric bicycle helmets, sports helmets, and similar headgear. It is widely employed by manufacturers, R&D institutions, and quality‑control agencies involved in the production of motorcycle, electric bicycle, and sports helmets. It can also be applied to evaluate visor performance in other types of helmets, such as rescue helmets, firefighting helmets, ski helmets, and military/police helmets.
LBT-HW-613 Helmet Marking Solvent Resistance and Rubbing Tester
Designed and manufactured in accordance with relevant helmet standards, it is primarily used for testing the visible light transmittance and haze performance of visors on motorcycle helmets, electric bicycle helmets, sports helmets, and similar headgear. It is widely employed by manufacturers, R&D institutions, and quality‑control agencies involved in the production of motorcycle, electric bicycle, and sports helmets. It can also be applied to evaluate visor performance in other types of helmets, such as rescue helmets, firefighting helmets, ski helmets, and military/police helmets.
It is primarily used for testing the accelerated impact‑absorption performance, puncture resistance, visor impact resistance, field of vision, retention system stability, wearing‑device strength, and resistance to high‑velocity particle impacts of products such as motorcycle helmets, sports helmets, fire‑fighting helmets, electric‑vehicle helmets, military and police helmets, ski helmets, and pilot helmets.
MTSH-1 Plastic Corrugated Pipe Local Lateral Load Testing Machine
This instrument is applicable to the transportation standard JT/T 529 for plastic corrugated ducts used in prestressed concrete bridges and is employed to determine the local transverse load parameters of such ducts.
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