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45% Polyester Spunlace Nonwoven Fabric for Automotive

45% Polyester Spunlace Nonwoven Fabric for Automotive

Composition:Woodpulp&Polyester


Pattern:Creped


Weight:35-130gsm


Max.Width:210cm


Customizable Color: White, Blue,Turquoise


Certificate:FSC,PEFC,RoHs
Detail

45% Polyester Spunlace Nonwoven Fabric, containing 45% polyester, is becoming a benchmark material in the automotive industry cleaning field with its unique "two-step" process and embossed surface design. This article will analyze its technical principles, performance advantages, and industry application value.


1、 Two Step Water Piercing Process: The Secret to Balancing Strength and Touch

This product adopts the two-step spunlace method, which involves two-stage high-pressure water flow layering treatment:

Pre piercing stage: High pressure water flow initially interweaves polyester fibers with 55% natural fibers (wood pulp/adhesive) to form a basic skeleton;

Precision piercing stage: overlaying special embossed rollers to form micro scale concave convex textures on the surface, improving friction coefficient and liquid flow efficiency.


Technological advantages:
The tensile strength reaches 45N/5cm, which is 60% higher than that of pure wood pulp non-woven fabric;
Surface fluffiness increased by 30%, reducing fiber shedding during wiping;

Support customized weight and embossing.


2、 Three breakthrough advantages of automotive cleaning scenarios

Efficient decontamination
Embossed patterns increase the contact area and improve the removal efficiency of engine oil stains and vehicle dust by 50%;

The liquid absorption rate reaches 400% (higher than the industry average of 320%), and a single wipe covers a larger area.


Non destructive cleaning
Neutral pH value (6.5-7.5) to avoid corrosion of car paint or metal parts;

Ultra fine fibers (1.2-2.5 denier) prevent scratching the surface of precision instruments.


cost optimization
Reusable 8-10 times (traditional cotton fabric only 3-5 times);

Reduce drying time by 40% and minimize equipment downtime waiting.


3、 Typical application scenarios

Automotive manufacturing end:
✅  Stamping workshop mold cleaning
✅  Polishing of paint surface in spraying workshop

✅  Dust removal for interior of assembly line


After sales maintenance end:
✅  4S dealership engine compartment deep cleaning
✅  Anti fog treatment for car beauty shop glass

✅  Adsorption of cooling fluid for new energy vehicle battery pack


conclusion

45% polyester spunlace non-woven fabric redefines the efficiency standard for car cleaning through technological innovation. Whether it is precision maintenance on the production line or deep maintenance for end users, this material can significantly reduce overall costs and improve operational safety. Contact the certified supplier immediately for customized weight and pattern solutions.

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