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Buying Guides

PE Protective Film Adhesion Grades: Why 400 g/25mm Is “Low Tack” at One Factory and “Ultra-High” at Another

There is no worldwide standard fixing how many grams of peel force equals “low” or “high” tack. Each supplier grades adhesion relative to its own product range — so 400 g/25mm is “low tack” at one factory and “ultra-high” at another, and both are honestly using the same number.

This article explains the three grading scales you will meet in the market, the difference between coated and self-adhesive film, and — most importantly — why the datasheet number is only a reference and how to specify film so that it actually matches your production line.

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Buying Guides

Floor and Carpet Protection Film for Construction: A Practical Buying Guide

Construction floor film should be 80-100 microns with high tack for smooth floors, but carpet demands reverse-wound film that grips mechanically – standard adhesive film destroys carpet pile. This guide covers specs, dwell times, and application tips that prevent damage claims. Read More →

Manufacturing & OEM

Custom Printed PE Protective Film: OEM and Private Label Options for Distributors

Custom printed PE protective film turns a consumable into a brand asset: logo, contact details, or removal instructions printed on every roll with 1-3 color printing at modest MOQs. This guide explains the OEM and private-label process from artwork to reorder. Read More →

Manufacturing & OEM

Quality Control in PE Protective Film Manufacturing: 9 Things Buyers Should Verify

Verify nine QC checkpoints before choosing a protective film supplier: incoming resin testing, coating weight consistency, online thickness gauging, per-batch tack peel tests, tensile data, aging tests, winding cleanliness, batch traceability, and COAs with every shipment. Read More →

Buying Guides

Protective Film for Glass: Choosing the Right Film for Transport and Installation

Glass protective film needs medium-high tack and 60-80 micron thickness to survive cutting tables, transport vibration, and job-site storage. Float glass accepts high tack, but mirrors and Low-E coatings need low tack to prevent residue on sensitive coatings. Read More →

Industry Knowledge

How to Store PE Protective Film: Shelf Life, Temperature and Humidity Best Practices

Store PE protective film at 15-30°C and 40-70% humidity, away from sunlight, vertically on end, in original packaging for up to 12 months. Heat, UV, and dry air are the three main enemies – this guide explains how each damages film and how to avoid it. Read More →

Industry Knowledge

PE Protective Film for Aluminum Sheets and Composite Panels: Applications & Selection Guide

Aluminum and composite panels need low-to-medium tack PE film matched to the surface finish: anodized and PVDF-coated panels need low tack, while mill-finish accepts medium. This guide covers tack ratings by surface type, ACP fabrication requirements, and the failure modes that damage expensive finishes. Read More →

Industry Knowledge

Understanding Adhesive Tack Levels in Protective Films (Low/Medium/High Tack)

Adhesive tack is the bonding strength between protective film and surface, measured in grams per 25mm width. This guide explains low, medium, and high tack ranges, common testing methods, and how to choose the right level for your surface. Read More →

Industry Knowledge

PE Film vs PVC Film vs PET Film: Which Surface Protection Is Right for You?

PE film is best for most metal and panel applications, PET film excels in high-temperature and electronics uses, and PVC suits deep-draw forming. This side-by-side comparison helps you choose the right material for your application. Read More →

Buying Guides

Protective Film for Stainless Steel Sheets & Coils: A Complete Buyer’s Guide

Protective film for stainless steel should be low to medium tack (50–400 g/25mm) and 50–70 microns thick, matched to the surface finish. This buyer guide covers tack levels, roll specifications, and ordering checklists. Read More →

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