Reactive resins - Import export

The ISOPREG® HT resin was especially designed for adhesive applications in ski industry and shows an excellent peel strength against Titanal, Aluminium and PE. The high reactive resin with excellent storability is mostly used for pressing applications. ISOPREG® HT Prepregs are available from dry to tacky.

The ISOPREG® HT resin was especially designed for adhesive applications in ski industry and shows an excellent peel strength against Titanal, Aluminium and PE. The high reactive resin with excellent storability is mostly used for pressing applications. ISOPREG® HT Prepregs are available from dry to tacky.

The ISOPREG® HT resin was especially designed for adhesive applications in ski industry and shows an excellent peel strength against Titanal, Aluminium and PE. The high reactive resin with excellent storability is mostly used for pressing applications. ISOPREG® HT Prepregs are available from dry to tacky.

The ISOPREG® KB resin system is an epoxy G11 system by Isovolta which has a long term temperature resistance of 200°C. The reactive resin with good storability is used for high pressure laminating. Isopreg® KB Prepregs are only available with dry tack.

The ISOPREG® HT resin was especially designed for adhesive applications in ski industry and shows an excellent peel strength against Titanal, Aluminium and PE. The high reactive resin with excellent storability is mostly used for pressing applications. ISOPREG® HT Prepregs are available from dry to tacky.

The ISOPREG® KB resin system is an epoxy G11 system by Isovolta which has a long term temperature resistance of 200°C. The reactive resin with good storability is used for high pressure laminating. Isopreg® KB Prepregs are only available with dry tack.

Stereolithography (SLA or SL; also known as optical fabrication, photo-solidification, solid free-form fabrication and solid imaging) is an additive manufacturing or 3D printing technology used for producing models, prototypes, patterns, and production parts up one layer at a time by curing a photo-reactive resin with a UV laser or another similar power source. How Does SLA Work? Firstly, the SLA machine starts to draw the support structures layer by layer. The part itself is followed with an ultraviolet laser aimed onto the surface of a liquid thermoset resin. Secondly, when a layer is imaged on the resin surface, the build platform shifts down and a recoating bar moves across the platform to apply the next layer of resin. The process is carried out layer by layer until the build is done.

The hydraulic hot presses have been dimensioned in such a way that they are able to exert and evenly distribute a specic pressure of at least 400 N/cm² on the product. Features, function The loader takes up the pressing batch at the transfer station. The previous nished board is removed from the press and the new press batch is transferred into it. The subsequent pressing time depends on the resin's reactivity, the selected pressure and the set temperature Advantages The press uses a multi-cylinder design that, with the pliant hot platens used, permits the specic pressure on the product to be set very precisely. Path-controlled press operation permits a cylinder movement that is technologically optimised with the loader’s and unloader’s cycle times tuned accordingly.

Epoxy Resins are reactive intermediates used to produce a versatile class of thermosetting polymers. They are characterized by the presence of a three-membered cyclic ether group commonly referred to as an epoxy group, 1,2-epoxide, or oxirane. The most widely used epoxy resins are diglycidyl ethers of bisphenol A derived from bisphenol A and epichlorohydrin. The outstanding performance characteristics of the thermosets derived from bisphenol A epoxies are largely conveyed by the bisphenol A moiety (toughness, rigidity, and elevated temperature performance), the ether linkages (chemical resistance), and the hydroxyl and epoxy groups (adhesive agents). In addition to bisphenol A, other starting materials such as aliphatic glycols and both phenol and o-cresol novolacs are used to produce specialty resins.

Fine micronized powder/granules as a bio-filler material for the following applications: 1. Cosmetics: cosmetic filler and abrasive - microbead replacement 2. Polymer Applications (thermoplasts, duroplasts, resins) 3. Paints, Adhesives, Resins: reactive filler Our product can be supplied in a variety of micron size ranges - from fine powders in the nano and micrometer range up to coarse granules of several millimeters. Product variants are: 1. Natural grade: untreated, consisting of 100% olive stones in food quality 2. Irradiated grade: sterilized grade 3. Silane-treated grade: hydrophobic variant 4. Colored grade: permanently colored bio-flakes We ship small and large volumes worldwide.