In various laboratories, uniforms serve as crucial protective gear and visual identifiers for researchers. They safeguard personnel safety, maintain professional order, and uphold hygiene standards.
MATERIAL CHARACTERISTICS
Natural Fiber Materials
Cotton：Soft, absorbent, and gentle on the skin. However, it has weak abrasion resistance and may fade or be damaged when in contact with certain chemical reagents.
Synthetic Fiber Materials
Polyester：High in strength, abrasion - resistant, and wrinkle - resistant. But it has poor moisture absorption, which may cause a stuffy feeling when worn.
Nylon：Excellent in abrasion and chemical corrosion resistance. Its breathability is average, and it may release harmful gases at high temperatures.
FUNCTIONAL
Anti - static Materials：Contain conductive fibers that can dissipate static electricity. They are used in electrostatic - sensitive laboratories to prevent fires and equipment damage.
Radiation - proof Materials：Blended with metal and ordinary fibers, they can shield electromagnetic radiation and protect workers in radiation - prone environments.
STYLE
Regular Workwear Styles
Long - sleeved Lab Coats：Commonly seen, reaching the knees, with pockets, loose - fitting. The white appearance looks professional and clean, and it easily shows stains, prompting cleaning.
Short - sleeved Work Clothes：Reaching the hips, lightweight and flexible, suitable for experimental scenarios involving frequent movement or strenuous activities.
Special Protective Styles
Full - body Protective Suits：Used in high - risk laboratories, with a one - piece design that covers the entire body. The material has strong sealing and protective properties.
Apron - style Protective Garments：Protect the front of the body, used to prevent liquid splashes. Made of acid - and alkali - resistant materials, with adjustable shoulder straps and belts.
FEATURE
Protective Functions
Chemical Protection：Materials are specially treated or selected for chemical corrosion resistance to block chemical reagent erosion.
Biological Protection：Use antibacterial and antiviral fabrics, with an emphasis on tightness to prevent microbial spread.
Physical Protection：For mechanical and high - temperature hazards, materials like thickened, abrasion - resistant or heat - resistant ones are used.
Easy Cleaning and Maintenance
Machine - washability：Most can be machine - washed and still maintain protective performance and shape stability after multiple washes.
Stain Resistance：Treated to resist stains, making them less likely to adhere and easier to clean.
Identification and Recognition Functions
Color Coding：Different colors distinguish laboratory areas or personnel responsibilities.
Badges and Identifiers：Wearing badges and name tags facilitates communication and identification.
CLEANING AND MAINTENANCE
Daily Cleaning
Washing Frequency：Wash daily in high - risk laboratories, and every 1 - 2 days in general environments.
Washing Method：Clean according to material and instructions. Special protective uniforms should be washed as per manufacturer's guidance.
Special Stain Treatment
Chemical Stains：Rinse with plenty of water first, then choose appropriate cleaners while taking precautions.
Biological Stains：Disinfect first, then wash regularly, controlling time and temperature.
Storage Precautions
Hanging Storage：Maintain shape, reduce wrinkles, and promote ventilation. Pay attention to hanger selection.
Classified Storage：Separate different types of uniforms, and keep storage cabinets dry and well - ventilated.
