Glass- insulating - Import export

CSN® copper and nickel are temperatureresistant connecting cables for internal wiring of electric household appliances such as hotplates, glass ceramic plates, grill appliances or storage heaters. In industrial applications CSN® Cables are preferably used for the wiring of heating elements, heating cartridges, tubular heaters, panel heaters, and quartz radiators. We manufacture these singlecore cables in cross sections up to 6 mm². Owing to their high temperature resistance up to 250 °C in the case of glass silk insulation and 600 °C in the case of mineral fibre insulation, these connecting cables meet the most demanding requirements.

Immersion heater for laboratory and electroplating technology Advantages: Maximum energy utilization through infrared radiation - the cladding tube is infrared permeable; through heat conduction - the cladding tube made of quartz glass enables particularly good heat transfer. Temperature resistance Since quartz glass has practically no thermal expansion, such immersion heaters are particularly resistant to heat changes. Acid resistance Quartz glass immersion heaters are almost resistant to acids except phosphoric acid above 300 ° C and hydrofluoric acid. They are therefore particularly suitable for the direct heating of chemicals in the laboratory and electroplating technology. electric security The cladding tube made of quartz glass is an excellent electrical insulator - safe contact protection; optimal electrical safety through earthing of the interior. In compliance with EC Directive 89/336 / EEC and EC Directive 73/23 / EEC.

Crucial to this is the proper separation and processing of various glass waste types, such as float glass, laminated safety glass, insulated glass, and car windows. GLASS RECYCLING | RESPONSIBLE RESOURCE MANAGEMENT With over 1 million tons of processed flat and container glass annually, we are among Europe's leading recycling companies. With 100 years of experience and over 650 employees, we operate at 12 locations in Europe and abroad, ensuring that high-quality cullet is reused as a secondary raw material in various glass industries and melting applications. We assist you in disposing of your flat glass with tailored solutions. We offer individual container solutions, ranging from 1.1 m³ skip containers to 15-30 m³ roll-off containers, based on your specific needs and the quantity and type of glass waste generated. Collection of float glass, laminated glass, insulated glass, and mixed fractions of different glasses is possible. Contact us for more information or quotes!

DATAPAQ TP3 data logger * 10 or 20 thermocouple channels * Temperature range: -100 °C – 1370 °C/-148 °F – 2498 °F * Sample interval: 0.1 sec – 50 min without telemetry; 1 sec – 50 min with RF radio data transmission * Memory: 3.6 million data points * Robust stainless-steel machined case * High logger accuracy: ±0.3°C (±0.5°F) Comprehensive thermal barrier range for * Heat treatment and TUS * Vacuum carburizing and vacuum heat treatment * Aluminum solution treatment and age hardening * Steel slab and billet reheat * Controlled atmosphere brazing * Aluminium vacuum brazing Specialized software for TUS applications is trusted by hundreds of our customers to meet the stringent requirements of AMS2750E and CQI-9 certifications. Fluke Process Instruments offers a wide variety of PTFE, glass fiber or mineral insulated thermocouples to withstand harsh environments and high temperatures, conforming to the highest standards and providing the most accurate data possible.

Type K 1.5mm (0.05in) ⌀ mineral insulated for all general furnace profiling applications Nicrobel sheath protects against electrical noise and furnace atmosphere Type K 3.0mm (0.1in) ⌀ mineral insulated for high-temp steel reheat applications Larger ⌀ less prone to shunt errors, while retaining flexibility for setup Type K “Nextel” insulated, best for low-temp applications or where fast response from open junction is needed No resistance to furnace atmosphere or electrical noise Type N 2.0mm (0.07in) ⌀ mineral insulated for furnace survey applications (TUS compliant with AMS 2750D) Calibration services for AMS 2750 and CQI-9 requirements Less susceptible to oxidation, possible re-use Type K high-temp glass fiber insulated probes for auto windscreen forming applications Used with CS2035 probe kit Type K heavy-duty PTFE insulated probes For use with pressure thermal barrier in ‘wet’ or dry autoclave applications

Whether as electrical isolator or sensor-feed-through, our thin glass plates with defined edge- and inner hole-processing are suited ideally. The reason for this are the specific glass-characteristics. The high electrical insulation value or the high transparency of glass make use of its advantages. Always customized on your application!

Traditional glass bars with 8° side bevelling and long lips. Suitable for the standard widths of the spacers (Georgian bars) in the space between the insulating glass. Comply with special cutting notes in accordance with the installation instructions.

Bars for small glass holding strips when using noise insulation glass or angled window casements edges, i.e. where bar height 10 mm or 13 mm cannot be used. Can be combined inside/outside with G25, G45 and G75 because of exactly equal widths. Simple cross joint cutting 45° in a template permits the use of quick tack bonding technology.

For use inside and outside, for manufacturing or retrofitting windows with bars. Bar profile in white tones or covered in foil with lips in black, grey and white, weather-resistant and anti-aging foam tape. Window bars in PVC U window quality, new goods. With RAL-tested TPE soft lip material. Acrylate foam tape quality, weather-resistant and anti-aging, permanently elastic, certified by ift-Rosenheim. Wood and one-colour decorative window bars covered in weather-resistant and anti-aging Renolit MBAS or Cova foil. Window bars can be used with and without spacers (Georgian bars) in insulating glass.

The GAS TESTER is our lowestprice entrylevel model for monitoring gas concentration. Naturally we have installed our proven analysis technology in this product as well. Features reliable concentration measurements compact and handy design easy operability argon and krypton use optional data storage Only a small quantity of gas is required. Sampling is executed with a special gas supply pump. The GAS TESTER is suitable for quality control of IG units with argon or krypton as the filling gas. If you desire to also analyse other gas types or gas mixtures, you should chose one of our other analysers.

The HELOX 4 has been a proven test instrument for quality control of IG units for more than 30 years. The analyser is preferred by test institutes and the central labs of the insulated glass manufacturers. A paramagnetic measuring cell that selectively measures the residual oxygen, and which consequently is the primary measurement method, is used as the measuring technology for this analyser. This has the advantage that the user does not need to know which gas type is in the IG unit. On the display the gas concentration of the gas sample is shown. A rechargeable battery can be integrated as an option, which enables the devices to also be used directly on the construction site. A sample is injected with a gas syringe. This offers the advantage that only minimal gas quantities are required and you can check the function of the gas analyser yourself.

The SMART 150 is a small and handy gas filling system, equipped with the proven and high quality HELANTEC gas filling technology components. It enables a reliable filling process with easy operation. The capacity is configured for 150 units1) with one filling line. The SMART 150 gas filling system is suitable for occasional gas filling production of sample units smaller production facilities Gas concentration is measured continuously during the filling process by the integrated gas analyser. As soon as the set gas concentration is reached the filling process is ended automatically. Through the use of a pump, as well as the optimised filling speed, an extremely low gas consumption is realised. The SMART 150 can be used for all gases and gas mixtures that are standard in the insulated glass industry. The excellent priceperformance ratio will convince you.

The RAPIDE L500 is the top selling gas filling system with fastfill technology! This argon filling machine has proven itself for many years and represents the state of the technology. The investment volume of the system is unrivalled in terms of capacity. The RAPIDE L500 is more than "just" a manual gas fill system. With the integrated IPC the gas filling process is visualised and automatically documented. Only with this product you have a verification of quality for all filling processes, for each IG unit – automated, without additional effort. Allocation of the IG unit is executed via barcode. Thus traceability in terms of gas filling is also ensured. The capacity with 1 filling line is approximately 600 units with 2 lines the capacity is approximately 1200 units. Due to short cycle times, the RAPIDE L500 is excellently suited for integration in the insulated glass production. Operation is intuitive thanks to the minimal number of operating elements.

For insulated glass production, reliable quality control is indispensable. Consequently, reliable test methods are even more important. With HELANTEC devices, you get the technology to check the quality of your products. All devices are easy to use and very accurate. The GLASS METER is used for checking the thickness and distance of the glass panes, as well as the coatings. Features reliable measurement (glass thickness / air distance / LOWE coating) compact and handy design easy operability suitable for multicoated IG units suitable for tripleglazed units and all spacer materials nondestructive measurement We would be pleased to advise you in the selection of a suitable analyser for your requirements.

GEOCELL® foam glass gravel is extremely versatile because of its unique characteristics of light weight, load bearing, draining and insulating properties. Foamed glass aggregate is a sustainable replacement for traditional building materials in: Insulation of basements, under the slab as well as backfill New floor in old buildings Insulation of rooftops Lightweight fill material for landscaping, roof gardens, green roofs Road construction where pressure resistant light weight fill is required Bridge abutments and other construction where light weight fill is required Insulating of underground pipelines