Honbest cleanroom wipes feature a diverse range of options categorized by material, process, functionality, and cleanliness grade—serving applications from precision manufacturing to routine cleaning.
By Material
• Polyester Fiber Wipes: Strong, durable, and low-lint with good absorbency—ideal for cleaning electronics, LCDs, and optical devices.
• Polyamide (Nylon) Wipes: Extremely soft with excellent liquid absorption—perfect for precision instruments and optical lenses.
• Wood Pulp Composite Wipes: Combine wood pulp absorbency with synthetic fiber strength—used in medical and laboratory environments.
• Microfiber Wipes: Made from polyester and nylon ultra-fine fibers for superior absorbency and dust capture—ideal for semiconductor and optical manufacturing.
By Weaving Process
• Knitted Wipes: Elastic, low-lint, and ideal for curved or complex surfaces.
• Woven Wipes: Dense and abrasion-resistant, suited for industrial cleaning.
• Meltblown Wipes: Uniform fibers with excellent filtration for ultra-clean environments.
By Sealing Method
• Laser-sealed cloth: Laser-cut edges minimize fiber shedding; ideal for cleanrooms.
• Ultrasonic-sealed cloth: Ultrasonic welding reduces fiber loss; fits general cleanroom use.
• Standard-cut cloth: Economical, but edges may shed fibers; suitable for less demanding environments.
By Function
• Anti-static Wipes: Contain anti-static materials to prevent electrostatic damage—ideal for cleaning sensitive devices like electronic components and semiconductors.
• Conductive Wipes: Provide stable electrical conductivity for environments requiring grounding and high cleanliness, such as assembly lines and laboratories.
By Cleanliness Level
• Class 10 Wipes: Ultra-clean grade for extreme environments such as semiconductor manufacturing.
• Class 100 Wipes: For high-cleanliness settings like laboratories and medical equipment cleaning.
• Class 1000 Wipes: For general-purpose cleaning of office devices, electronics, and furniture. Product Features
Product Features
Honbest Clean dust-free wipes are repeatedly washed with 18 MΩ ultra-pure water to ensure minimal residues and zero fiber shedding. Laser-cut edges provide clean, fray-free finishes. With high cleanliness, strong absorbency, and a soft, non-scratching texture, they are ideal for critical cleanroom environments.
Application Areas
Widely used in electronics, medical, optical, and precision industries—especially in semiconductor manufacturing, precision instruments, optical lenses, medical devices, laboratories, electronic assembly, and automotive production.
Post time: Oct-15-2025