Automotive sector - Import export

When it comes to seat heaters, we at Embro think first and foremost of the textile processors of vehicle seats. Because our textile heating elements are in great demand in the automotive industry. They are easy to process, flexible, and kink-resistant. The heat output is individually adapted to the customer’s requirements in the development process and suitably distributed and laid out on the desired surface (wire laying). With the increasing number of electric vehicles being produced, the demand for further heating solutions for the interior area is also rising. Embro heating mats heat the seats and interior via heating elements in the center and side armrests and trim parts. As a developer or engineer in the automotive sector do you need a specific heating element for a product? We are looking forward to your ideas!

INOX is also a manufacturer of various liquid cleaners. Whether alkaline, acidic, neutral or solvent-based - we can offer you surface-active cleaning concentrates for every application which are tailored to your specific needs. All ingredients reflect the current state of our knowledge and are used in accordance with the applicable legal regulations. They have been tested for ecology, biodegradability and economic use. Our chemical cleaners are used in the automotive, household and industrial sectors for cleaning floors, sanitary equipment and textiles.

INOX is an independent German lubricant manufacturer for customers in the automotive and industrial sector. We deliver customized high performance lubricants to oil companies, brand owners and distributors with their own company labels. Our highly technological semi-automatic and fully automatic filling lines were developed as special purpose machines specifically for these requirements. As one of our services we provide assistance and specific knowledge to well-known companies in the petroleum industry, to retailers and original equipment manufacturers (OEMs) with after-sales service.

The high sensitivity 1-channel thermopile detector is based on MEMS technology. The very high detectivity of up to 12.2*10^8 cm√Hz/W, as well as the high sensitivity of up to 501 V/W, are made possible by two factors. The radiation-sensitive thermocouples are aligned to a focal point. A krypton gas filling further increases the detectivity and sensitivity of the thermopile. The filter measures in the transmission range from 8 to 14 µm. This means that there is no absorption in the H2O bandwidth range. Influences due to humidity are excluded. These properties allow the use in demanding applications for non-contact temperature measurement in industry, like temperature monitoring of melting processes in the glass and plastics industry or temperature monitoring of engines and brakes in the automotive sector. The detector can be used at ambient temperatures between -20 and 85 °C. An integrated thermistor for intrinsic temperature monitoring can compensate external temperature influences.

The NDIR bundle N2O is made up of optimally matched thin film infrared emitters and a corresponding IR thermopile detector to measure nitrous oxide in gas mixes. The kit has a short delivery time and therefore achieves measurement results in a short time. This is especially an advantage for developers in research projects with a limited time span. The two-channel detector's optical filter has been optimized for the absorption spectrum of N2O and can provide important data, especially in the analysis of exhaust gases in the automotive, railway and marine sectors, the monitoring of industrial exhaust emissions and environmental monitoring.

The NDIR bundle N2O is made up of optimally matched thin film infrared emitters and a corresponding IR thermopile detector to measure nitrous oxide in gas mixes. The kit has a short delivery time and therefore achieves measurement results in a short time. This is especially an advantage for developers in research projects with a limited time span. The two-channel detector's optical filter has been optimized for the absorption spectrum of N2O (CWL: 4525 ± 20 nm / HBW: 83 ± 6 nm) and can provide important data, especially in the analysis of exhaust gases in the automotive, railway and marine sectors, the monitoring of industrial exhaust emissions and environmental monitoring.