SOLVENT-BASED ACRYLIC ADHESIVES

Lamination Solvent-Based Acrylic Adhesives

Solvent-based acrylic adhesives designed for lamination applications requiring strong, durable bonding and rapid drying. Suitable for laminating films, foils and paper-based structures where consistent adhesion and processing performance are essential.

ShreeBond offers solvent-based lamination solutions for demanding industrial applications, with formulations designed to work with standard lamination equipment and support reliable bond performance.

FILM · FOIL · PAPER LAMINATION

Application-Based Solutions

Adhesives for Lamination
Applications.

Lamination

01 — SHREECRYL SS 525

Surface Protection · Lamination

SHREECRYL SS 525 is a solvent-based acrylic adhesive designed for surface protection and lamination applications. It offers moderate peel and high shear, helping protective materials remain securely bonded while allowing removal when required.

Suitable for metals, plastics, glass and other smooth surfaces, it can be applied using standard industrial equipment and is available with customizable viscosity and hardener options on request.

Applications

Where the bond makes
the difference.

Instead of copying the water-based page’s Corrugation / Gypsum / etc., I would use applications that are actually supported by the solvent-lamination category.

Usage instructions

For consistent Lamination Performance.

Proper substrate preparation, uniform adhesive application and controlled lamination conditions help achieve consistent bond quality and reliable laminate performance.

01

Surface Preparation

Ensure all substrates are clean, dry and free from dust, oil, grease and other contaminants before adhesive application.

02

Adhesive Application

Apply the adhesive uniformly using suitable coating or application equipment to achieve consistent coverage.

03

Coating Control

Maintain a consistent adhesive layer and controlled application conditions throughout the lamination process.

04

Lamination

Bring the coated substrate and mating material together under appropriate pressure and process conditions.

05

Drying & Curing

Allow adequate drying and curing time for the adhesive to develop the required bond strength before further handling.

06

Process Control

Maintain consistent coating, drying, lamination speed and operating conditions for reliable production performance.

Performance characteristics

Performance That Follows the Lamination Process.

Explore focused adhesive solutions developed for demanding industrial applications.

01

Bond Strength

Provides strong, durable adhesion designed to resist separation and delamination under demanding conditions.

02

Rapid Drying

Fast drying characteristics help support efficient processing and shorter production cycles.

03

Durability

Designed to maintain laminate integrity under handling and environmental stresses.

04

Substrate Compatibility

Suitable for a range of substrates including films, foils, papers and smooth surfaces used in protective lamination.

05

Processability

Compatible with standard industrial lamination and coating equipment for consistent application.

FAQ

Questions about
Lamination Adhesives?

What are solvent-based acrylic lamination adhesives?

Solvent-based acrylic lamination adhesives use a solvent-based formulation to create strong, durable bonds between suitable layers and substrates during lamination.

They are suitable for lamination involving films, foils and various papers, depending on the specific application and substrate combination.

SHREECRYL SS 525 is currently listed under ShreeBond’s Lamination Solvent-Based Acrylic Adhesive range.

Yes. SS 525 is specifically described as a pressure-sensitive solvent-based acrylic adhesive for surface protection, including metals, plastics and glass.

Yes. The product information states that it can be applied using standard industrial equipment.

Solvent-based adhesives should be handled in a well-ventilated area with appropriate personal protective equipment and according to the applicable safety guidelines.