The Polyester-Nylon High and Low Pile Plus Mesh Towel is a functional cleaning towel made from polyester-nylon blended microfiber. It features a high-and-low pile loop structure with a reinforced mesh layer, providing strong water absorption, efficient stain removal, and durability. It is suitable for home, automotive, and industrial cleaning applications.

1. Core Material and Structural Design

Material Composition

• Main material: Polyester-nylon blended microfiber, typically 75–88% polyester + 12–25% nylon, with fiber fineness 0.1–0.3 denier.

• Polyester: provides strength, wear resistance, and dimensional stability.

• Nylon: adds soft touch, high resilience, and quick absorption for more comfortable cleaning.

• Mesh layer: often polyester or polyester-nylon blend, woven in plain or mesh patterns to reinforce the towel and support its structure.

High and Low Pile Plus Mesh Structure

• High and low loops: Short loops (1–2 mm) on the front for precise wiping without streaks; long loops (3–5 mm) on the back for deep cleaning and removing dust and grease.

• Reinforced mesh: Improves tear resistance, prevents pile shedding and edge pilling, enhances durability, and may allow ventilation for faster drying.

2. Key Manufacturing and Functional Treatments

Weaving and Forming

• Made by warp or weft knitting, adjusting needle height to form high-and-low pile loops while combining the mesh backing for stability.

• Fiber opening treatment: Reduces alkali or uses physical separation to create ultrafine filaments, increasing surface area for stronger water absorption and cleaning power.

• Dyeing and finishing: High-temperature pre-setting (~180°C) prevents deformation; reactive dyes ensure colorfastness. Some towels are calendered for smoother loops and reduced shedding.

Functional Finishes

• Anti-static treatment: Reduces friction static, prevents dust adhesion.

• Antibacterial treatment: Silver ion or quaternary ammonium salts inhibit bacterial growth, suitable for damp surfaces and food-contact areas.

• Hydrophilic coating: Accelerates water absorption and makes oil removal easier during cleaning.

3. Common Specifications

4. Core Performance Advantages

1. Strong water absorption and stain removal: Ultrafine fibers and high-low pile loops work together; short loops for streak-free wiping, long loops for stubborn stains.

2. Durable and low shedding: Mesh reinforcement improves tear strength; fiber opening and pre-setting reduce pile shedding; lifespan 3–5× longer than regular fibers.

3. Soft and surface-friendly: Ultrafine fibers protect delicate surfaces like paint, glass, and appliances.

4. Easy to clean and fast drying: Hydrophilic and breathable mesh allows rinsing with water and quick drying, preventing bacterial growth.

5. Suitable Scenarios

1. Home cleaning: Kitchen surfaces, stoves, ovens, tables, floors, windows, furniture, bathroom tiles, mirrors – streak-free.

2. Automotive cleaning: Paint, glass, interior leather, plastic surfaces, engine compartment, wheels.

3. Industrial/commercial cleaning: Machinery parts, lab equipment, electronics, hotels, large-area cleaning.

4. Special use: Post-workout sweat towel (quick absorb and dry); pet cleaning (soft, non-damaging, easy to remove stains).

6. Usage and Maintenance Tips

Usage Precautions

• Avoid prolonged exposure to strong acids or alkalis to prevent fiber degradation.

• For high-precision optical instruments, mobile screens, choose thin short-loop versions to avoid lint residue.

• Do not use bleach or fabric softeners to protect fiber structure and functional coating.

Care Instructions

• Wash: Neutral detergent, ≤40°C, gentle machine or hand wash. Avoid vigorous rubbing and long soaking.

• Dry: Squeeze out water, air dry in ventilated area, avoid sunlight to prevent fiber brittleness.

• Replacement: Household towels: 1–3 months; high-frequency or damp conditions may require shorter intervals.