UNDERLAY FOR HEATED FLOORS

With SCHOCK Powder Coating, we achieve high-performance and visually appealing product surfaces with long-term corrosion protection and individual color customization. SCHOCK Powder Coating operates with state-of-the-art technology, fast color change cycles, and sustainable, energy-efficient production. Our coating facility is located at the central logistics hub of the SCHOCK Group in DE-72296 Schopfloch. This ensures our customers receive punctual, reliable, and cost-effective deliveries. Electrostatic powder coating relies on the attraction between parts with opposite electrical charges. When high requirements for impact resistance and weather resistance are needed, powder coating is indispensable. These properties have led industries such as equipment manufacturing, machinery manufacturing, medical technology, heating and ventilation technology, household appliances, store fixtures and furniture manufacturing, as well as the automotive industry to largely transition from wet paint

TECHNICAL DEFINITION SEMIN AIRLESS is an interior finishing coating designed for Airless projection. It is ideally suited to the preparation of pre-slabs, walled concrete and plasterboards before painting. COMPOSITION AND APPEARANCE Emulsion acrylic resin, mineral filler, cellulose derivatives, conservation agent and various additives. ACCEPTED SUBSTRATES • Pasterboard • Filling coatings • Old paintwork • Smoothed concrete • Plaster blocks SUITABLE SURFACES SEMIN AIRLESS can be covered with any acrylic or oil-based paint. TECHNICAL CHARACTERISTICS • Dry matter: 72% • Density: 1.6 PREPARATION OF SURFACES BEFORE APPLICATION The substrate must comply with DTU 59.1, i.e. be clean, dry, free of dust and of any trace of stripping oil. Plasterboard must be primed. APPLICATION SEMIN AIRLESS can be projected with any type of Airless type 695, 795 or Mark 5 machine, fitted with an Airless tremie and a size 21, 23 or 41 nozzle.

Hydrophilic coating solutions for medical devices Coating solution for intervention medical device. Among many types, this model has excellent performance on guide or TPU-based medical devices. HA(hyaluronic acid) based two-coated model DP system + top coat 3.4 combination. It is a thermosetting method and has excellent durability, smoothness, and biocompatibility. Used for surface coatings of interventional medical devices such as guide wires, catheters, and balloons, this sample DP system is an optimized model for TPU-based catheters or guide wires.

Our focus lies on heat-sealable adhesion promoters for thermoplastics, thermosets and vulcanization adhesion promoters for elastomers. However we also provide functional coatings with special properties such as electrical conductivity, abrasion resistance, sliding properties, temperature resistance and much more.