stretch-wrap-film - Yuandian

Why Thicker Stretch Film Doesn’t Mean Break-Proof

When a pallet collapses during transit or stretch film snaps mid-wrap, the instinctive reaction for many procurement managers is simple: "We need a thicker film." It seems logical. If a 15-micron film breaks, upgrading to a 20-micron or 23-micron film should solve the problem, right? This common misconception often leads to higher packaging costs without actually fixing the tearing issue. In modern industrial packaging, thicker stretch film does not automatically equal better puncture resistance or break prevention.   Let’...

Beyond Tensile Strength: Fixing Pallet Collapse with Cling & Slip

This article will discover why high tensile strength alone cannot prevent pallet collapse and film tearing. Learn how balancing stretch film cling, one-side cling, and high-slip co-extrusion technology stabilizes unit loads in transport. 1. Introduction: The High-Strength Paradox – Why Do Wrapped Pallets Still Collapse? In industrial packaging and supply chain logistics, warehouse managers and procurement specialists frequently share a common frustration: They specify high-gauge, high-tensile stretch film, yet pallets still shift...

What are the differences between nano-multilayer co-extruded film and nano stretch film?

As industrial packaging demands increasingly lighter weight, higher strength, and better material utilization, nano-multilayer co-extruded film and nano stretch film are gaining market attention. While there is some overlap in their practical applications, their product positioning, structural design, production processes, and application focuses are not entirely the same. Understanding these differences helps companies choose the most suitable nano packaging film product based on the type of goods, packaging method, and transporta...

From Warehouse to Port: How Nano stretch Film Improves Packaging Efficiency Across the Entire Logistics Chain

In modern logistics systems, from warehouse packing to port container loading, and then to long-distance sea freight and multimodal transport, packaging is no longer the "last step," but a crucial link affecting the efficiency and cost of the entire supply chain. Nano stretch film, with its multi-layer nano-co-extrusion technology, achieves higher strength and stability with thinner films, and is becoming an important tool for logistics centers, export companies, and third-party logistics (3PL) companies to improve packaging effici...

PIR and PCR Recycled Plastics Solutions: Choosing the Right Recycled Materials for Packaging

With the increasing demand for sustainable packaging, PIR and PCR have become important recycled materials for stretch film and industrial flexible packaging. They differ in their sources, stability, and application value: PIR is suitable for balancing performance and processing stability, while PCR better reflects post-consumer recycling. When choosing, a comprehensive consideration should be given to the recycled content, film strength, equipment compatibility, and transportation scenarios to achieve a balance between environment...

How High-Performance Stretch Film Supports Sustainable Packaging Under PPWR

How High-Performance Stretch Film Supports Sustainable Packaging Under PPWR Meta Title: How High-Performance Stretch Film Supports Sustainable Packaging Meta Description: Discover how high-performance stretch film can reduce material consumption, improve load stability, and support more sustainable packaging under the EU PPWR.   How Can Businesses Reduce Packaging Waste? The EU PPWR asks companies to reduce packaging waste. If your business uses stretch film, the best step is to improve your packaging efficiency. Ask y...

Stretch Film Testing & TDS Guide: How to Pick the Right Film

When wrapped pallets fail during transit or break frequently on the automated wrapping line, companies often blame the machine or the operator. In reality, the root cause is usually selecting the wrong film—or relying on "hand-feel" instead of hard technical data. To ensure load stability and optimize packaging costs, you need to understand how stretch film is evaluated in the lab. In this guide, we break down the essential stretch film testing items and show you how these test results come together in a Technical Data Sheet (TDS)...

Environmental Performance Comparison Between Nano Stretch Film and Traditional Plastic Film

As the concept of green packaging continues to develop, companies are paying more attention to the environmental performance of packaging materials in addition to protection performance and usage costs. Traditional plastic film has long been widely used in logistics, warehousing, and industrial packaging. Although it offers cost advantages and good versatility, it has certain limitations in material consumption and resource utilization. In comparison, nano stretch film demonstrates clear advantages in reducing plastic usage and imp...