Data wiring - Import export

TIG WELDING WIRE 12.64 1.6MM 1KG Copper-plated welding wire 12.64 with increased content of Si-Mn components. The binder provides higher weld strength and resistance to contamination of welded elements. It also promotes low sensitivity to surface contamination and contributes to smooth, solid welds. Used e.g. in construction, manufacturing and shipbuilding. TECHNICAL DATA: Wire diameter: 1.6mm Weight: 1kg Wire type: 12.64 Bar length: 1000mm

WELDING WIRE TIG 308LSi STAINLESS 1.6MM 1KG Chromium-nickel wire is intended for welding single-grade stainless steel, resistant to corrosion. . The weld deposit is resistant to oxidation up to 800°C and maintains plasticity up to (-196°C). Application in all branches of industry TECHNICAL DATA: Wire diameter: 1.6mm Weight: 1kg Wire type: 308LSi Bar length: 1000mm

WELDING WIRE SG2 1KG 0.8MM VOGELMANN SG2 copper-plated welding wire intended for welding low-carbon and low-alloy steels in carbon dioxide (CO²) shielding or a mixture of argon and dioxide (Ar + CO²) gases. TECHNICAL DATA : Wire diameter: 0.8mm Roll weight: 1 kg Quality standard: SG2 / ER70S-6 Roll Type: D100 Total diameter of the spool: 100 mm Tensile strength: 540 MPa

The flat blade for cutting steel is made of aluminum oxide. It is designed for cutting: hard and soft steels, cast iron, cast steel, aluminum in the form of bars, sections, pipes, plates, thin profiles and sheets, and for transverse cutting of metal bars and wires. TECHNICAL DATA: Outer diameter - 230 mm Dial thickness - 2.0 mm Inner diameter - 22.23 mm Shape - flat Granulation type - A (alumina) Grain thickness - 46 Maximum rotational speed - 6,600 rpm Maximum linear speed - 80 m/s.

The measuring probe is in the form of a lance 1000 mm long and contains an oxygen sensor. The end of the lance driven into the compost has a rounded head, so that the compost components encountered "on the way" do not stick into it. The probe is powered by direct current with a rated voltage of 12VDC or 24VDC, while the data on measurements are transmitted, depending on the version of the device, by wired or wireless. The oxygen probe in the version with wireless data transmission can be equipped with two network interfaces depending on the demand. In the wired version, the data signal is realized in the analog 4-20mA or digital form via the CAN bus. The second solution is to transfer data directly to the cloud via the LoRa network. This type of transmission allows you to cover a huge area with a radius of several kilometers in a star topology with one base station or through the public network.