Industrial wipes are essential cleaning consumables widely used in manufacturing, equipment maintenance, and precision processing. Based on material and performance differences, industrial wipes can be categorized into three main types: Wood pulp + polyester composite, Wood pulp + polypropylene (PP) composite, and 100% polypropylene (PP). This article provides an in-depth analysis of the characteristics, core advantages, and typical applications of each type to help users make informed selections.

1. Classification Analysis: Material and Performance Comparison

• Wood Pulp + Polyester Composite Wipes

  • Representative Products: Cleanroom wipes, multi-purpose wipes, SMT stencil wipes

  • Material Features: Wood pulp offers excellent liquid absorption, while polyester (PET) enhances abrasion resistance and tear strength.

  • Core Advantages: Suitable for both wet and dry use with low linting, ideal for environments with high cleanliness requirements, and leaves no fiber or particle residues after wiping.

• Wood Pulp + Polypropylene (PP) Composite Wipes

  • Representative Products: Multi-purpose wipes

  • Material Features: Wood pulp improves water absorption; PP fibers provide softness, chemical resistance, and oil absorption.

  • Core Advantages: Economical and functional, reusable after washing, suitable for routine cleaning of oils and water stains, and gentle on surfaces.

• 100% Polypropylene (PP) Wipes

  • Representative Products: Heavy-duty oil-absorbing wipes

  • Material Features: Made entirely of PP fibers through special processing, hydrophobic and oleophilic, capable of absorbing several times their own weight in oil.

  • Core Advantages: Designed specifically for oily contaminants, acid and alkali resistant, suitable for heavy oil pollution environments.

2. Typical Application Scenarios

• Precision Electronics Manufacturing

  • Suitable Types: Wood pulp + polyester composite wipes (e.g., SMT stencil wipes, cleanroom wipes)

  • Applications: Cleaning solder paste residues from SMT stencil holes, wiping PCBs and other precision components to prevent static and particulate contamination, reducing equipment clogging risk.

• Machining and Automotive Maintenance

  • Suitable Types: 100% PP heavy-duty oil wipes

  • Applications: Cleaning cutting fluids and lubricants from machine tools, absorbing oil leaks and hydraulic fluids in automotive repair, improving operational safety and efficiency.

• Food and Pharmaceutical Industry

  • Suitable Types: Wood pulp + PP multi-purpose wipes

  • Applications: Cleaning equipment surfaces and water spills on production lines, used with food-grade disinfectants to meet hygiene standards.

• Laboratories and Cleanrooms

  • Suitable Types: Wood pulp + polyester cleanroom wipes

  • Applications: Wiping laboratory instruments and cleanroom surfaces, used with solvents like alcohol or acetone to prevent cross-contamination.

3. Selection Recommendations

• By contaminant type:

  • Oil-based contaminants → 100% PP oil-absorbing wipes

  • Water-based or mixed contaminants → Wood pulp composite wipes

• By environmental cleanliness requirements:

  • Higher cleanliness → Cleanroom wipes or SMT-specific wipes

  • Regular workshops → Multi-purpose wipes

• By cost control:

  • High-frequency use → Economical wood pulp + PP wipes, reusable

  • High-value scenarios → Wood pulp + polyester wipes with low lint and dust

4. Summary

Selecting the right industrial wipe can effectively improve cleaning efficiency and reduce maintenance costs. Wood pulp + polyester wipes excel in high-cleanliness applications, wood pulp + PP wipes offer cost-effective versatility, and 100% PP wipes specialize in oily contaminant cleanup. Enterprises should combine their industry characteristics, contaminant nature, and budget to scientifically select wipes and maximize their value.