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for superior bonding results and optimised manufacturing processes in the production of mattresses. The reactive hot melts are characterised by higher yield compared

hot melt adhesive marked the beginning of cost-effective furniture mass production. A technology that is still firmly established. As the quality of furniture

strength, which permits faster and safer downline finishing operations in production. Starting immediately, the new PUR adhesive Jowatherm-Reaktant® 607.60 is

processor’s production environment. Here, the adhesives manufacturer has the opportunity to carry out these test runs quickly and without major production interruptions [...] equipment to the adhesive. Jowat provides assistance for this as well, through production process checks and detailed error analyses, with a focus on customer-specific

high value to processors. This adhesive can also be used in industrial mass-production processes. Whether processors choose a PO or a PUR adhesive, Jowat supplies

processing temperatures between 100°C and 130°C. It is compatible with the production technology established on the market, which uses engraved rollers or slot

sand, which is needed for the production of the sought-after materials, is increasingly running out. What’s more, the production of these building materials releases

loadspace floors – bonding technology has long become indispensable in the production of interior parts for the automotive industry. The wide range of laminated [...] are bonded together using powerful PUR and PO hot melt adhesives. In the production of loadspace floors, polyolefin hot melts have been tried and proven for

Although the optimum application amount frequently depends on the surface structure of the substrates, today's adhesive systems can be very forgiving of surfaces which are not ideal, maintain a solid

wars in the photovoltaic industry. Today, many companies have shifted their production of solar modules to Asia in order to keep costs as low as possible. This [...] This trend is also emerging in the complex, material-intensive production of wafers: the extremely thin silicon discs that form the basis of solar cells. Billions [...] of the bond. Since an important step in the further development of wafer production is the fast and trace-free removal of the adhesive, this forms yet another