Adhesives for Packaging: carton boxes & cases closing. Agricultural covers
Excellent adhesion in a great variety of materials. High thermal resistance and adaptability to slow and quick machines
We have hotmelt and aqueous products for box and cases closing for different speed of packaging machines, from slow, including manual type, to high production speeds. We have adhesives so much if packaged product is at room temperature, or hot or if by opposite it’s cold or frozen.
- Hotmelt adhesives for different types of over-packaging carton boxes that could be paraffined, recycled carton, standard (American or wrap-around), printed, gloss finished, plasticized, etc.
- Water base and hotmelt adhesives for cases, printed or not, varnished (also in UVI) and all kind of plasticized, inclusive treated polyethylene and polypropylene.
- Adhesives for gluing of agricultural covers of paper, carton or plastic printed on plastic or paper bags and on carton o wood boxes.
Excellent adhesion in a great variety of materials. High thermal resistance and adaptability to slow and quick machines. In addition, they could be odourless or with a slight odour and more of them are suitable for food contact.

Our adhesives are compatible with all machines, methods of application and production processes.
Requisites for packaging hot-melt adhesives:
- Quick adhesion
- High heat resistance
- Flexibility at cold temperatures
- Excellent bonding in the most common cartons
Low odour and low emissions
- High fibre tear when you try to unglue
Requisites for packaging aqueous adhesives:
- Good penetration
- Flexibility at cold temperatures
- Excellent bonding in the most common cartons
- Resistance at low temperature
- Easy cleaning
- Fast drying time
- Fast setting time
Requisites for adhesives for bonding cases and laminated boxes:
Good adhesion on plastics and varnished surfaces
- High initial adhesion
High resistance to high and/or low temperatures of use
- Cohesion in accordance with the temperature of using of the final product
- Good resistance at thermal degradation of the adhesive