Time temperature - Import export

Water contamination is a representative cause that badly affects oil along with particle contamination. Water contamination reduces oil life , e.g., damage to the base oil, loss of additives, etc., accelerates corrosion of the equipment and destroys the lubricating film which brings metal-to-metal contact. Metal-to-metal contact causes abnormal wear and failure of the equipment. Water in oil exists in three types, i.e., free, emulsified and dissolved. When water flows into oil from the outside or is generated by dew condensation, it is necessary to quickly detect and establish countermeasures to prevent the above-mentioned problems. ● Real-time monitoring of water and temperature for lube oil, hydraulic oil, gear oil, engine oil, fuel oil, insulating oil, ● turbine oil, synthetic oil, and various types of fuel (diesel oil, heavy oil) is possible. ● Lubrication system Hydraulic system Gearbox Transformer Engines Storage tank Purifiers

Weather station made of resistant ABS, with temperature sensor. Time function (12/24), calendar, alarm and day of the week. With base/holder and rear control buttons. Battery powered (2xAAA not included) and presented in an attractive kraft design box. Instruction manual available in English and Spanish. 2 Batteries AAA Not Included

Creating an optimal bond between a metal plate and the silicone: that was the challenge Enbi Plastics was given by Océ Technologies, a major player in printing and copying equipment. They needed a new wiper assy; a part on the print head that prevents streaks on the paper. Because this part needs to be somewhat flexible, silicone needed to be added to a small, punched metal plate, to which screw thread is welded. This construction did not allow for a mechanical bond between the metal and silicone, which meant chemical bonding was the only option. Together with the client, the mould supplier, the silicone supplier and others, we did extensive research into the best way to achieve this bond. It showed that preparing the small metal plates was the key. After several tests, we discovered the optimal way to do this. A number of factors play a role: from how to clean and sand the plate to humidity, temperature and the time in between the steps of the process. Every detail counts!

For a few years now seamless polyimide belts have been used in toner fusing for desktop printers and multifunctional printers. The most important advantages compared to using traditional steel or aluminum cores are: significantly shorter times lead to reach run temperatures major improvements in energy efficiency weight-saving and lower logistic costs flexible belts enable higher print speed and resolutions by allowing a wider fusing nip for both b&amp;w and color applications For these applications KB RollerTech developed a special coating process and produces seamless belts under clean room conditions. Different thermal and electrical properties of these belts can be precisely adjusted by adding special fillers. Today, the following dimensions are possible: Diameter: 20 - 310 mm Length: < 700 mm Wall thickness: 25 - 150 µm For the subsequent coating with anti-adhesive materials two alternative processes are used: Spray coatings with fluoro-polymers and subsequent sintering Coat

The RH1 air thermo- hygrometer is an easy-to-use device for the rapid determination of the relative and absolute air humidity as the dew point temperature of the surrounding air. In addition, by storing the device at wood or paper, the equilibrium moisture content (EMC) and the water content in the material can be determined. At the same time the current temperature - optionally in °C or °F - is displayed by each measurement. The measuring range of the RH1 thermo- hygrometer is between 0 and 100% relative humidity at a resolution of 0.1%. The calibrated measurement range, in which the measurement is within the defined tolerance limits, ranges from 10% to 90% of the relative humidity, where the accuracy of ±1.5% of relative humidity (at 25 ° C) is reached. The temperature measurement range is from -10 to +60 ° C or 14 to 140 ° F, at a resolution of 0.1 ° C. The accuracy is ± 0.4 ° C.