Two-component adhesive E90

The two-component adhesive E90 by Carver (code cae900002) is a solvent-free epoxy-polyurethane solution, designed for professional, resistant bonding indoors. Ideal for craftsmen, installers and companies requiring reliable performance on wood, cladding and structural assemblies.

Technical Specifications

• Manufacturer: Carver
• Category: Two-Component Adhesive
• Code Spec: cae900002
• Composition Spec: Two-component
• Base Spec: Other
• Suitable-For Spec: Adhesives
• Destination Spec: Indoor
• Availability Spec: Reserved for professionals
• Coverage Spec: 0.9-1.3m²/Kg
• Wood Flooring Installation: fixing parquet, strip flooring and block flooring in residential, commercial or hotel settings, ensuring stability even on demanding substrates.
• Indoor Cladding Application: bonding laminate, composite or decorative material panels on walls and false ceilings, with uniform adhesion.

Advantages

• Professional Quality: Carver product for industrial and technical use
• Reliability: Carver construction standards
• AMES Availability: Supplied by AMES Srl with technical consultancy and after-sales support

Applications

The Two-component adhesive E90 product is intended for professional use in the following typical contexts of the Two-Component Adhesive sector:

• industrial and manufacturing use
• construction and building sites
• technical and plant maintenance
• specialized professional applications

Why Choose It

Carver is a brand specialized in the Two-Component Adhesive sector, selected by AMES Srl for its construction quality, operational reliability and the availability of original accessories and spare parts. AMES Srl provides pre-sales technical consultancy, operational support and after-sales assistance for all products in the catalog.

Standards and Compliance

Reference Standards: CE marking, compliance with EU Directives applicable to the sector of use.

Request a quote from AMES Srl for Two-component adhesive E90: our sales team will contact you with availability, custom configurations and supply terms.