Suche

subsuppliers as well as the customers – join in “thinking differently“. Solvent-based adhesives from renewable raw materials for the manufacture of upholstered furniture [...] for the manufacture of upholstered furniture is the new generation of solvent-based adhesives, formulated with over 80 % of renewable raw materials. The consequent [...] compatible furniture. The upholstered furniture industry also uses solvent-based adhesives from the Jowatac® series as established products for its premium

such as low stringing. The bio-based adhesive solutions of the Jowatherm ® GROW range provide powerful hot melt adhesives based on pine resins. Jowatherm ® GROW [...] globally active adhesive manufacturer provides adhesives with high contents of bio-based raw materials and particularly energy-efficient, process-optimized and food-safe [...] 853.20 is particularly resource-friendly due to a certified content of bio-based raw materials of over 30% coupled with a processing temperature starting from

therefore also provides economic benefits. Bio-based hot melt adhesives of the Jowatherm ® GROW series Bio-based adhesives are the ideal partner for enterprises [...] of availability and bonding performance, these bio-based raw materials are comparable with petroleum-based systems and they are not in a competition for resources [...] successful combination of adhesives with the highest possible content of bio-based raw materials and resources and health-friendly bonding processes—while ensuring

with a certified bio-based content are an optimum choice for companies that are pursuing a sustainable reduction in their use of fossil-based raw materials. Jo [...] Jowatherm-Reaktant ® GROW 631.20 is the first bio-based reactive PUR hot melt adhesive available for the lamination of materials in the textile and automotive [...] certified “DIN-geprüft biobased” and “Green Leaf by Intertek” and has a bio-based raw material content of more than 20 percent. Its performance characteristics

high-performance, bio-based adhesive solutions in the Jowatherm ® GROW range, Jowat will use the FachPack to showcase its hot melt adhesives based on pine resins. [...] Besides its bio-based raw material content of over 30%, Jowatherm ® GROW 853.20 can be processed at temperatures as low as 130 degrees Celsius, which makes [...] Jowatherm ® GROW 853.22 raises the bar with an even higher proportion of bio-based raw materials, which exceeds 50% for the first time. This adhesive steps up

striping effect. Depending on the quality of the surface of the specific wood-based panels, low application grammages can be realised. A highly smooth and even [...] contrast to the conventional thermoplastic EVA systems, these new formulations based on polyolefins allow to create adhesive bondlines with a degree of hardness [...] hot melt formulations do not contain water. Any possible swelling of the wood-based substrates is therefore prevented, resulting in a significantly improved smoothness

Jowatherm ® GROW series impress with a verified high content of raw materials based on pine resins and excel in the application process as a result of clean processing [...] solutions of the Jowatherm ® GROW series supplied by Jowat provide powerful bio-based hot melt adhesives for many applications in packaging processes. Only resins

Clean processing and a high content of bio-based raw materials – those are the hallmarks of the powerful new product family Jowatherm® GROW . Due to its high [...] the “DIN-Geprüft biobased” certification mark due to its verified high bio-based content. Therefore, it is the ideal product for companies who want to considerably

GROW 853.20 is the highlight of that product family. In addition to its bio-based raw material content, the adhesive is extremely resource-friendly in processing [...] adhesive solutions from Jowat’s Jowatherm® GROW series provide powerful bio-based hot melts for a multitude of applications in packaging processes. Their wide

PP or PU) as well as wood based substrates and metallic surfaces such as sheet steel. The fast build up of strength of the PO-based hot melts facilitates a fast