Silicone rubber - Import export

We realize your customize silicone rubber keypad. On the basis of your sample, your specification or technical drawing, we will create an individual offer and support you during the project. We advise you on the selection of suitable materials and offer cost reduction options. We offer you an active co-operation in the development and construction and give suggestions for improvement. For an offer we need: •technical drawing, sketch or pattern •technical specifications, equipment extras •required amount Please send following informations to: info@nh-technology.de One of our engineering experts will contact you asap.

FE-03TK silicone hollow chamber seal transparent - silicone hollow chamber seal with self-adhesive back, transparent - joint width 4 to 6 mm - dimensions W = 7 mm, H = 6 mm - emission-free and Oddy tested - 60 Shore A

FE-S2 silicone brush seal - attachment to window edges - suitable for mutually / overlapping edges - silicone sealing profiles, suitable for indoor and outdoor installations - made of permanently elastic silicone, age-resistant, permanent sealing property - emission-free and conservation tested - certified British Museum Standards Oddy tested - 60 Shore A

Flexible silicone heaters are resistant to permanent temperatures up to 200°C, with self-adhesive foil 180°C should not be exceeded. Higher temperatures of 230°C are possible for a short time without destroying the heater. The temperature that will be reached within the application, generally is not easy to predict, as there are many influencing factors. In addition to the power, resp. surface load, this also includes mass and type of the material to be heated (thermal conductivity, surface quality, etc.) installation / assembly situation (bonded, vulcanised, clamped, etc.), ambient temperature, air movement and, of course, the control technology used. Application examples for silicone heater mats include: canteen kitchen technology / catering, anti-fog and anti-freeze applications, tool or plate heating in machines, 3D printers, laboratory equipment, composite materials repair, joint curing and much more.

Silicone rubber ALWA SIL SH 22 and SH 33 are silicone impression materials. These materials have extremely high mechanical values. In addition, they are very fast to handle and very easy to handle as well. The two-component silicone rubbers cure at room temperature. After mixing the two components, a low viscosity liquid develops, which crosslinks to a resistant and rubber elastic material. During the crosslinking, no exothermic heat is developed. When 1 – 3 % thixotropic agent is added per component, a spreadable mixture is obtained. Area of application: *Flexible casting moulds *Copy moulds *Moulds with undercuts *Polyurethane casting moulds *Concrete casting moulds

Use: Link bending protection for miniature connectors. Application: Bending protection for thermocouples and wire being used with miniature connectors. Prevents mechanical damage of wires at entrance point of the connector. Construction: • Silicone rubber insert, tapered entrance hole ensures proper sealing on cable.

High-Temperature insulating hose (HT hose) protects heat-conveying lines and prevents thermal damage to adjoining parts with a fiberglass and double-coated silicon rubber top layer. The HT hose is available as a self-contained or re-closable sleeve as well as a custom-made mat. The approximate surface temperature of the duct can be up to 500°C.

Constructed with a single layer of advanced structural reinforcement and utilizing the same proven silicone rubber wear surface, Airflex® is the preferred solution for large mixed fleets at some of the most prestigious airline operators worldwide. For technical data, color, design choices and dimensions, please see our technical data sheet here. AIRFLEX GP Datasheet Product Flyer

In order to meet the demands for robustness and efficient heat output, we have embroidered the heating element on a glass mesh fabric carrier material. Between the meandering arrangement of the heating strands, we integrate a recess for the temperature switch in the CAD layout. In addition, a second wire is laid concurrently as a PTC thermistor for the electrical connection of the safety switch. After the technical embroidery process, the safety switch is inserted and connected by our company’s respective department. Each prefabricated element is tested for functionality and performance in the final inspection and is delivered to the customer after passing the test. As a semi-finished product, the infrared heating element on glass mesh fabric can be further processed by the customer, e.g. in connection with silicone, rubber or epoxy resin.

Air insulated switching module incorporates a Tavrida Electric vacuum circuit breaker with a per phase actuator, housed in a corrosion resistant tank. Six main circuit bushings, made from UVstable polymer, are covered with silicone rubber bushing boots. Each bushing has builtin current and voltage sensors for protection, measurement and indication purposes. The outdoor switching module is equipped with six, high voltage bushings with embedded current and voltage sensors. Current sensing is performed by Rogowski coil sensors. Capacitive sensors are used for voltage measurement in all six bushings. Tavrida Electric manufactures small vacuum interrupters with extremely long mechanical and electrical lifespans. A specially designed axial magnetic field distribution provides even current density over the contact surface and significantly improves the vacuum's interrupting performance.

Light lever pulldown will connect the plug and socket without fail ready to flow liquid or gases. This Cupla complies with diversified applications in liquid or gas transportation. Endface seal structure enables no bumps or hollows on the internal fluid passage, and ensures smooth fluid transportation. “Special lip seal” adopted (except 3/4”, 1” sizes and silicon rubber seal) for light lever action and tight and sure sealing when connected. Connection part dimensions comply with US military specifications MILAA59326. The variety of body materials, sizes and end configurations has been standardized to comply with wide range of applications. Additional stopper function design will enhance safety (madetoorder product).

Powder handling without creating dust is always a challenge in industrial processes. Müller dust-free docking systems offer you a simple and reliable solution to this problem. The Müller docking system centers around the silicone rubber cap, whose special lip seal ensures reliable, flexible and dust-free docking. This simple docking method used in conjunction with other Müller components enables a wide variety of dust-free product transfers to be carried out cost-effectively. Standard version Simple docking Accurate positioning not necessary Key to sketch: A - product B - into machine C - silicone elastomer cap D - system inlet tube / cone E - lip seal Version with hopper pressed against lip seal Simple docking if system becomes slightly pressurized Key to sketch: A - product B - into machine C - silicone elastomer cap D - system inlet tube / cone E - lip seal pressed down Telescopic version Simple docking with telescopic intermediate tube Key to sketch: A - product B - into...