Low-surface-energy project screening
PP and PE are difficult because low surface energy limits wetting. The project should start with surface energy and contamination checks.
Application support direction for PP, PE and other low-surface-energy plastic flocking projects.
PP and PE are difficult flocking substrates because low surface energy limits adhesive wetting. Some projects can use flame, corona, plasma or primer; some require a dedicated low-surface-energy adhesive route. This page is intentionally written as a project-screening direction, not a universal no-primer promise.
This page is written for application screening and sample discussion. Final performance should be confirmed with the buyer's substrate, process route, test method, and acceptance standard.
PP and PE are difficult because low surface energy limits wetting. The project should start with surface energy and contamination checks.
Flame, corona, plasma, primer or a dedicated low-surface-energy adhesive route may be required depending on the durability target.
Approval should be based on the buyer's real parts, aging condition and abrasion target, not on a universal direct-bond claim.
This public page lists application-facing properties only. Detailed TDS values are shared after the product direction and use case are confirmed.
Water-based foam flocking adhesive for sponge, toys, cosmetic foam and packaging inserts where hand feel and fiber anchoring matter.
Water-based paper flocking adhesive for gift boxes, paper packaging, crafts and greeting cards.
Water-based flocking adhesive direction for glass, optical parts and automotive interior components.
Share your substrate, process, current problem, and testing target. We can prepare the right sample discussion instead of sending a generic adhesive recommendation.