In complex or high-risk work environments, high-visibility clothing is not just protective gear but a "visible barrier" for life. Its necessity stems from the following core reasons：   1. Regulatory Requirements Over 90 countries globally mandate high-visibility clothing in high-risk industries. For example, road construction and port operations require compliance with EN ISO 20471 standards, stipulating reflective material coverage ≥0.2㎡ to ensure visibility from 500 meters away. Non-compliant companies face heavy fines or operational shutdowns.       2. Significant Accident Reduction Data shows compliant high-visibility clothing reduces road construction accidents by 68% and warehouse forklift collisions by 54% (U.S. Bureau of Labor Statistics, 2024). At night, reflective materials extend vehicle recognition distance from 30 meters to 500 meters, granting drivers 8 extra seconds to react.       3. All-Weather Protection • Transportation Scenarios: Road maintenance and railway inspections require X-pattern reflective strips to penetrate rain and fog, ensuring worker safety. • Industrial Scenarios: Flame-resistant suits in chemical plants withstand 800°C flash fires, while mining gear with radar modules alerts workers to approaching machinery. • Emergency Scenarios: Firefighters’ gear auto-enhances brightness in smoke, achieving 0.5-meter precision with thermal imaging.       4. Industry-Specific Adaptability High-visibility clothing is optimized for diverse environments: • Fluorescent orange 3D-cut suits increase recognition to 40 meters in warehouse aisles, reducing collisions by 63%. • Night-glow strips on sanitation gear provide 8-hour visibility during pre-dawn cleaning. • Magnetic quick-release designs save over 70 hours annually per worker in logistics.       5. Corporate Responsibility & Branding Customized reflective logos reinforce safety culture, while ID-tagged strips enable 5-minute accident tracing. ISO 45001 certification lists compliant gear as a core indicator of social responsibility. From late-night logistics to stormy power repairs, high-visibility clothing transforms accident risks into controllable variables through scientific protection. Choosing internationally certified gear reflects respect for life and sustains efficient operations.  

The Disposable Bouffant Cap, designed for medical, cleanroom, laboratory, and industrial environments, is mainly used to prevent the scattering of hair, dander, or other contaminants and ensure the sterility and safety of the operating environment.   Made of polypropylene Non-woven Fabric, it has the characteristics of lightweight, breathable, dustproof and anti-liquid splash.   The brim of the hat is fitted with elastic bands to fit different head girth, providing a comfortable and stable wearing experience.       Application scenario   Medical field: operating room, laboratory, pharmacy and other sterile environment.     Industrial field: electronic processing, food production and other places that need to prevent pollution   In clean rooms or high-risk environments, it is recommended to use other protective equipment (such as masks and protective clothing)   Discard immediately after one-time use and do not reuse.   If it takes a long time to operate, it is recommended to replace it every 4-6 hours to maintain hygiene.    

1.Prevent Catastrophic Injuries Structural integrity: Engineered with high-strength webbing and corrosion-resistant buckles, safety harnesses distribute impact forces across the torso and thighs during falls. 2.Enhance Mobility & Comfort Ergonomic design: Padded shoulder straps and breathable mesh lining enable 8+ hours of continuous wear without restricting movement. Customizable fit: Six adjustable points accommodate workers from 90 to 330 lbs, ensuring optimal contact with the body.   Essential for construction crews, utility line workers, and industrial maintenance teams, our Safety Body Harness transforms fall protection from regulatory obligation to strategic advantage. By minimizing injury risks while maximizing operational flexibility, it empowers workers to focus on productivity without compromising safety.

As a head protection device, safety helmets can effectively prevent and reduce injuries to workers' heads caused by falling objects and personal falls during production operations. 15% of falling object injury accidents are attributed to improper use of safety helmets. 1.Structure of Safety Helmet Shell: Bears external impacts and isolates falling objects from the human body. Hatband: Maintains the helmet in a fixed position on the head. Suspension strap: Distributes impact force and allows shell floating to disperse energy. Adjustable buckle: Locking device for the headband. Chin strap: Assists in stabilizing the helmet's position. Cushion: Reduces impact force during collisions.   Adjustment Before Wearing Adjust the rear adjustment strap to fit your head shape. Secure the elastic inner strap and adjust the tightness of the cushion pad via the adjustment strap.   Maintain a vertical clearance of 25-50mm (minimum ≥32mm) between the top of the head and the helmet’s inner shell. This ensures sufficient buffer space during impacts and improves ventilation. Correct Positioning Avoid tilting the helmet or wearing it backward (e.g., with the brim facing the back of the head), as this compromises impact resistance. Securing the Chin Strap Fasten the chin strap securely under the jaw with moderate tightness. Ensure it stays fixed during strong winds, collisions, or head movements to prevent the helmet from falling off.   Inspection of New Helmets When receiving a new safety helmet: Verify it carries labor department approval certification and a valid product qualification certificate. Check for defects: cracks, uneven thickness, or damaged components. Ensure the impact-absorbing layer, adjustment straps, and elastic bands are fully functional and intact. Replace immediately if any non-compliance is detected.  

Safety shoes are foot protective devices used to protect the foot from injury. The main function of Safety shoes is waterproof, moisture-proof, anti-corrosion, anti-electric shock, anti-smashing, anti-stabbing, anti-slip.   一. Type and selection of Safety shoes (1) Safety shoes mainly include anti-smash and anti-puncture shoes, insulating shoes, anti-static shoes, cold shoes, etc (2) Electricians, welders and electrical equipment operators should wear insulation shoes. (3) Height workers should wear non-slip shoes. (4) Steel bar processing and binding installation operators should wear anti-smash or anti-stabbing shoes.       2. Proper wear and use of Safety shoes     (1) In addition to the suitable type of Safety shoes should be selected according to the working conditions, it should also fit the feet and make people feel comfortable to wear, which is very important, and the appropriate protective shoes should be carefully selected. (2) Safety shoes should have a non-slip design, not only to protect the human foot from injury, but also to prevent the operator from being caused by slipping. Accident. (3) A variety of different performance of protective shoes, to achieve the respective protective performance of the technical indicators, such as toes are not hurt, the sole of the foot is not stabbed, insulation and conductive requirements. 4) Carefully check or test before using Safety shoes, in electrical and acid and alkali operations, damaged and cracked Safety shoes are dangerous (5)Safety shoes should be properly kept after use, and rubber Safety shoes should be washed with water or disinfectant and dried after use to extend the service life (6) Anti-static shoes can eliminate the accumulation of static electricity in the human body, which is suitable for flammable workplaces, such as gas station operators and liquefied gas filling workers. Do not use ESD shoes as insulation shoes. Do not wear insulated wool socks or insulated insoles at the same time. Antistatic shoes should be used together with antistatic clothes at the same time: antistatic shoes should be tested for the resistance value of the shoes no more than 200 hours. If the electric positive is not within the specified range, it cannot be used as antistatic shoes.

1. Type and selection of protective gloves (1) Protective gloves mainly include morning gloves, acid and alkali resistant gloves, anti-static gloves, electrical insulation gloves,       welding gloves and other types. (2) electricians, welders and hand-held power tools and other operators should wear insulation protective gloves. (3) grouting, concrete, paint, asphalt and other operators should wear acid and alkali protective gloves. (4) Operators such as gas cutting and freezing tunnel construction should wear high-temperature or low-temperature gloves.     2. Proper wear and use of protective gloves     (1) Protective gloves must be strong enough to ensure that they are not damaged or cracked during use. Leather or sewn work gloves are not        suitable for use when handling chemicals. (2) When wearing or removing gloves, operators should ensure that bare hands do not touch the outside of contaminated gloves (3) There are many varieties of acid-alkali resistant gloves, which should be selected according to different functions. There are strong acid           (base) resistance, only low concentration of acid (base) resistance, organic solvents and chemical reagents are different, so it should not            be used carelessly to avoid accidents. (4) Acid and alkali resistant gloves should be carefully checked before use, and carefully observe whether the surface is damaged. The simple       inspection method is to blow air into the glove, pinch the sleeve with your hand, and carefully observe whether there is air leakage; Cannot       be used if gas leaks. (5) Rubber, plastic and other types of gloves should be washed and dried after use, and prevent high temperature when stored. (6) Insulation gloves should be regularly tested for electrical insulation performance, and those that do not meet the requirements shall not be        used. (7) Latex industrial gloves are limited to weak acid, sulfuric acid and various salts with low concentration, and shall not be used in strong                hydrolytic acid (nitric acid, etc.)