Non metallic minerals - Import export

Application: Crimp-insert can be fitted in the entrance hole of the connector. Designed for soldering or crimping on mineral insulated metal sheathed cable or crimping on insulated wire. Construction: • Brass machined insert with 0,1 mm tolerance on the cable O.D. The adapter fits in all standard connectors.

Use: Connectors for thermocouples and resistance thermometers measurement circuits. Suitable for measurement with small wires and mineral-insulated metal sheathed cables. Can be used for 4-wire RTD‘s. Mechanical design: • Housing of high quality fibreglass-filled thermoplastic plastic. • Contacts of original thermocouple materials and spring-loaded sockets for reliable contact. • Reverse polarity protection by different contact pin widths. • One-piece housing withstands great stresses. • Moulded barriers prevent short circuit. • Screw terminals enable quick connection.

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.

Use: Connectors for thermocouples and resistance thermometers measurement circuits. Suitable for measurement with small wires and mineral-insulated metal sheathed cables. Mechanical design: • Housing of high quality fibreglass-filled thermoplastic plastic. • Contacts of original thermocouple material pins and spring-loaded inserts for reliable contact. • Easy wire connection through sandwich construction. • Reverse polarity protection by different contact pin widths. • One-piece housing withstands great stresses. • Moulded barriers prevent short circuit. • Stainless steel screws with combination head (Slotted and Phillips) terminals enable quick connection.

Use: Connectors for thermocouples and resistance thermometer measurement circuits. Suitable for measurement with small wires and mineral-insulated metal sheathed cables. Advantage: Self-locking connector. The locking device prevents accidental faulty connections and unintentional disconnection during the measurement process. Compatible with miniature connector plug CMP-XX and miniature jack CMJ-XX. Mechanical design: • Housing of high quality fibreglass-filled thermoplastic plastic. • Contacts of original thermocouple material pins and spring-loaded inserts for reliable contact. • Reverse polarity protection by different contact pin widths. • One-piece housing withstands great stresses. • Moulded barriers prevent short circuit. • Stainless steel screws with combination head (Slotted and Phillips) terminals enable quick connection.

Use: Connectors for thermocouples and resistance thermometer measurement circuits. Suitable for measurement with small wires and mineral-insulated metal sheathed cables. Mechanical design: • Housing of fibreglass-filled plastic. • Contacts of original thermocouple materials and spring-loaded sockets for reliable contact. • Reverse polarity protection by different contact pin widths. • One-piece housing withstands great stresses. • Moulded barriers prevent short circuit. • Screw terminals enable quick connection.

Email : trasmme@gmail.com SKYPE : TRAS MM ============================== MAGNESIUM INGOT The proportion of magnesium alloy is the lightest among all structural alloys, so the weight of aluminum or iron can be reduced without reducing the strength of the parts. Smelting from minerals into metals is mostly made up of raw embryos of various sizes and shapes. Magnesium Alloy Casting Ingots can be used to make all kinds of plates, wires and profiles, as well as for use in chemical industrial, military industrial and meter instrument manufacture, etc. In the elastic range, the magnesium alloy by the impact load, the absorption of energy than aluminum alloy, so the magnesium alloy has a good seismic noise reduction performance.

With this high-end spectrometer the advantages of a fast and precise 50mm2 SDD, a flexible and robust X-Ray excitation and a motorized XYZ-stage can be used to analyse a wide range of samples in fast, reliable and precise measurements. This includes for example (but not restricted to): - solids (like metal alloys, minerals, jewellery, electronic parts [PCB],…) - powders (minerals, ceramics, paint, soil,… ) in a corresponding holder - liquids (oils, solutions, paint, …) in a corresponding holder A Dual CCD camera system with wide view and high-magnification view enables a precise positioning of the sample easily from a big area to investigate exactly to region of interest you want to analyse. With the help of the optical system an easy navigation over the sample is possible and a laser-based auto-focus system ensures correct measurement position. Furthermore a second laser-system prevents collisions. The easy identification of areas containing targeted elements is possible by combi

The use of XRF techniques enables a non-destructive analysis of nearly all kind of samples with almost no pre-processing. Already this basic spectrometer configuration allows you to analyse: - solids (like metal alloys, minerals, jewellery, electronic parts [PCB],…) - powders (minerals, ceramics, paint, soil,… ) in a corresponding holder - liquids (oils, solutions, paint, …) in a corresponding holder with respect to the latest restricted materials guidelines (like RoHS, WEEE, etc.) but also in a more general way to estimate the composition in an element range from Al (13) to U (92). A CCD camera is used to position the sample that only the area of interest is measured – with the use of suitable collimators a minimum spot size of 1mm can be realized. To enhance the measurement speed and analytical performance (energy resolution) the EA1000VX is equipped with a state-of-the-art 50mm2 SDD detector (no liquid Nitrogen needed anymore). This hardware allows you to analyse film thickness