In factory production, every step demands stringent accuracy in material precision. traditionally, using standard-sized release films often leads to cutting waste and unstable adhesion, impacting production efficiency and increasing labor costs. this is especially problematic in highly sensitive fields like electronic components, semiconductors, and medical packaging, where even the slightest deviation can render an entire batch unusable.

In traditional procurement, middlemen mark up prices at every level, driving up the cost of industrial materials. however, by directly connecting with manufacturers through the 1688 platform, you can completely eliminate information asymmetry. take dongguan shengqi new materials co., ltd. as an example. their release film products, boasting a **99.4% positive feedback rate** and a **86% repurchase rate**, have achieved a stable sales volume of **over 800 units sold**.

At the crucial procurement point on may 18, 2026, many manufacturers of precision electronics and adhesive materials are facing a common challenge: production interruptions and soaring costs caused by frequent replacement of release films. in the past, standard release films were prone to adhesion, wrinkling, or even carbonization under high-temperature lamination, leading to equipment downtime losses that could easily reach hundreds of thousands of dollars. however, today..

In industrial materials procurement, many factory owners have faced the frustrating dilemma of "buying in small batches is expensive, while large purchases lead to inventory pressure." this is especially true in industries like electronics, packaging, and photovoltaics, where even something as small as a release liner film can disrupt production schedules due to inflated prices from middlemen, inconsistent batch quality, and delayed delivery. however, starting in may 2026, with 1688's deep integration of industrial materials, peelable..

in the peak purchasing season in may 2026, many factory owners are facing a core problem: how to reduce purchasing costs while ensuring material performance? although traditional silicone oil film has the advantage of stable release force, it has environmental risks and subsequent treatment costs, while **non-silicon release film** is becoming a green manufacturing product due to its clean production, no residue, and degradable characteristics

In the fields of precision manufacturing and electronic packaging, the release performance of release films directly determines the yield rate. traditional release films often face issues such as uneven release force, adhesive residue, and adhesion at high temperatures, leading to production line downtime and frequent rework. especially when dealing with high-temperature environments above 50°c, ordinary release films often experience adhesion and tearing, severely impacting yield. however, today's mainstream peelable release..

What do you fear most when purchasing from a factory? it’s not that the quality is substandard, but that others spend 30 yuan for the same material, but you have to pay 50 yuan. behind this, information gaps and supply chain levels are often to blame. now, the purchasing logic of **anti-stick release film** is being completely subverted. directly connect to the sources in dongguan, shenzhen, shanghai and other places through the 1688 platform

In the precision manufacturing process of 3d printing, the performance of the release film directly determines the success rate of printing and the quality of the finished product. traditional release films often lead to model adhesion due to poor release properties, or deformation due to poor temperature resistance, or even light curing failure due to insufficient light transmittance. in the face of these industry pain points, the special release film for 3d printing relies on its ultra-thin thickness of 0.075mm and

faced with complex industrial production processes, purchasing personnel are often trapped in the dilemma of "unstable selection and cheapness if stable". in particular, once the critical auxiliary materials such as colorful release film are unstable in viscosity or uneven in release force, the production line will be directly shut down and the product will be scrapped, resulting in losses of tens of thousands of yuan. the purchasing data in april 2026 shows that **more than 85% of the first

in the long wait of 3d printing, the most frustrating thing is not the failed printing, but the layer of release film that is 'stuck'. imagine a newly completed fine model being forcibly torn apart, with burrs on the edges, or even the work being wasted. this not only wastes materials, but also dampens creative enthusiasm. and the special release film for 3d printing is designed to solve this pain point. it adopts **