-
Wash-off Label Adhesive: Making PET Bottle Recycling Easier
- 2026-05-19 16:35:05
- admin
PET plastic bottles are widely used in beverage, food, household chemical, personal care, and many other packaging applications. Although PET has high recycling value, label materials and adhesive residues can still affect the washing, sorting, and reprocessing quality of recycled PET flakes during the actual recycling process. Traditional label adhesives are often difficult to remove completely d...
-
Why Label Adhesive Choice Matters for Recyclable PET Packaging
- 2026-05-21 13:58:14
- admin
PET bottles are widely used in food, beverage, personal care, and household packaging. Because PET has a relatively simple material structure compared with many multi-layer packages, it is often considered more suitable for recycling. However, the final quality of recycled PET does not depend on the bottle material alone. Labels and adhesives also play an important role in the recycling process. I...
-
How to Choose the Right Adhesive for Self-Adhesive Labels
- 2026-05-25 15:17:03
- admin
A Comprehensive Guide to Water-Based, Solvent-Based, and Low-Temperature Adhesives Many clients, when selecting self-adhesive label materials or designing labeling solutions, focus solely on the face stock and print quality while overlooking the critical aspect of adhesive compatibility. Consequently, upon receipt, they often encounter issues such as curling edges, detachment, or insufficient adhe...
-
Why Is Ceramic Fiber Paper Difficult to Manufacture / Acrylic Binder Role
- 2026-05-30 17:33:39
- admin
The manufacturing of ceramic fiber paper plays a critical role in the performance of advanced thermal insulation materials used in high-temperature industries. The demand for advanced thermal insulation materials has increased significantly in high-temperature industries. Among them, ceramic fiber paper is widely used due to its excellent heat resistance, low thermal conductivity, and lightweight ...
-
Why Does Fiberglass Mesh Need a Setting Binder
- 2026-06-04 15:47:09
- admin
Fiberglass mesh is a common reinforcement material widely used in external wall insulation systems, wall crack prevention, fiberglass mesh self-adhesive tape, and joint tape. For manufacturers, fiberglass mesh must not only have suitable weight and strength, but also maintain a stable mesh structure, good yarn positioning, and reliable processing stability. During fiberglass mesh production, warp ...
-
Poor Ink Adhesion on BOPP and PP Films / A Top Coating Can Help
- 2026-06-05 18:37:46
- admin
BOPP, PP, OPP, and PE films are widely used in flexible packaging, labels, and decorative applications due to their transparency, chemical resistance, and stable processing properties. However, printing on these films isn’t always straightforward. A printed surface may look fine initially, but problems can appear during tape tests, rewinding, die-cutting, or transport. Ink may peel, scratch, or lo...
-
Why Ink Adhesion and Rub Resistance Matter in Packaging Printing
- 2026-06-10 17:41:44
- admin
In packaging and label printing, a good printed surface is not only about bright color. It also needs to stay firmly on the substrate during rewinding, cutting, lamination, transportation and daily use. Some common problems are familiar to many ink manufacturers and printers: ink peels off after tape testing, the printed surface is easily scratched, color becomes uneven, or the ink layer loses str...
-
What Should Be Considered When Modifying Water-Based Acrylic Resin
- 2026-07-03 17:12:10
- admin
Adjusting a water-based acrylic resin formulation is rarely as simple as adding one new material. For example, increasing resin hardness may make the coating film more brittle. Reducing the glass transition temperature can improve low-temperature film formation, but it may also reduce heat resistance and blocking resistance. Increasing the amount of hydrophilic groups may improve emulsion stabilit...
-
Why Are Some Waterborne Polyurethane Dispersions Milky White While Others Are Translucent
- 2026-07-13 19:27:22
- admin
Waterborne polyurethane dispersions, commonly known as PUDs, may appear milky white, translucent, or slightly bluish in the liquid state. This difference is mainly related to particle size, particle size distribution, and how strongly the dispersed particles scatter visible light. In general, milky dispersions scatter more light, while finer dispersions allow more light to pass through. However, a...