Metallized ceramics - Import export

Use: Connectors for thermocouples and resistance thermometer measurement circuits. Suitable for measurement with small wires and mineral-insulated metal sheathed cables. Mechanical design: • Ceramic housing with contacts of original thermocouple materials and 
spring-loaded sockets for reliable contact . • Reverse polarity protection by different contact pin widths. • Oversize screw head for easy wiring. • One-piece housing withstands great stresses. • Housing of high purity alumina oxide.

Strong, water-based adhesive disperion for heat transfers. ✔ Very hard once dried ✔ Hydrophobic ✔ Low Viscosity ✔ Great price ✔ Clear coating ✔ Application temp.: 80 - 110°C ✔ For glas, ceramics, ABS, ... Our GK-I hot melt dispersions is tailored for heat transfer printing. With a rather high activation temperatur is results is very durable bonds once applied. It can be used well with toner-based prints. This adhesive is great for heat transfer printing onto glas or ceramic products like wine or spirits bottles as well as promotional or cosmetic products made from ABS. Furthermore, it offers self-crosslinking capabilities which increase the adhesion even further. It shows great resistance against water and heat. The particles in this dispersion are fine dispersed and result in even and repeatable results.

secutex secuGrip90laminate secuGrip90 laminate is our new, selfadhesive antistick laminate that you can apply yourself. The secuGrip90 coating, which is up to 2 mm thick, features a high coefficient of friction and is extremely abrasion resistant. Application is easy The reverse side is coated with an acrylate adhesive designed to stick to a variety of smooth surfaces including Metals, glass, ceramic, stone, paper & cardboard, fabric, various plastics and soft plastics. Features of the acrylate adhesive high adhesive strength temperature and weather resistant tolerates moisture well equalises tension

We constantly have a large supply of HM replacement segments and HM bars in stock and also manufacture spare parts which fit scrapers made by other producers. Production of special segments based on drawing possible construction possible in hard metal, HM ceramic and ceramic Spare parts for the following manufacturers also in stock Indutechnik, Schulmeistrat Industrie Technik, Masch, Belle Banne, Manuflex, Duroflex etc.

The ink-jet printer EBS-230 of the "PicAS"-series sets new standards in regard to configuration and cost-effectiveness of basic DOD (Drop on Demand) systems, which remain relevant to newest DOD systems. With a print height of 6mm up to 27mm (depends on selected version) and a print speed up to 60m/min the EBS-230 is the perfect marking system for small to medium production volumes. The ability to use fast-drying inks on Ethanol-, Acetone- or MEK base provides a universal solution for various marking applications. No matter if the surface is made of cardboard, plastics, metal, glass or ceramics. Trough a process of consistent development of the established line coder "PicAS" EBS-200 we created a totally splash water protected system which is also independent from external compressed air.

The Handjet EBS-250 makes its mark. Firstly, because the inkjet printer is a hand-held marking device for mobile use and secondly, because its technical innovations, application possibilities and particularly clear print image are trend-setting. With the Handjet reliable marking can be made on practically any surface, whether metal, fabric, ceramic, plastic or wood. It is also extremely easy to use: the codes are digitally read into the device and printed out at the touch of a button. Don't waste time to transport your products to the printer. Bring the printer to the product! Handjet EBS-250 is easily transportable and doesn't need big preparation. It only weighs as little as five apples. Tired arms are things from the past. You can easily work for hours and you don't even feel the weight. Hard-to-reach objects such as ventilation pipes are often accessible only overhead. The handjet prints in any position, thanks to valve technology.