Aluminium - Import export

The substance is not reactive with most of the naturally occurring elements. However, it reacts with sodium bicarbonate to form a thick blanket of carbon dioxide. A foam stabilizer is added to the reaction to create a viable carbon dioxide layer that can effectively lock out oxygen from the burning material. This is the most common substance in many fire extinguishers used in Japan and India.

Given that Ferric alum is powder that does not burn when it is exposed to fire, it is commonly used in firefighting foams. When applied at the base of fire, it forms a blanket that prevents the combusting materials from accessing oxygen that is required for them to keep burning. Some water treatment firms use the salt for treatment of water. During the treatment of water, the electrons in the water hydrolyze fast forming combinations with various metal elements in water. They form slats that sediment at the base of the container and can be filtered away. Unlike many water purification agents, Ferric alum can work at very low temperature. This makes it ideal for water treatment during fall and winter seasons. The same compound works well in disinfecting and treatment of sewerage systems. It combines with organic matter and deals with the resulting odor.

Polyaluminium Chloride is a yellow or light-yellow powder. It is tasteless, harmless and non-toxic when in contact with humans or aquatic life. The substance dissolves in water with ease and can even absorb water from the atmosphere.

Ferric alum appears as a white powder or crystalline. The crystalline and powder forms of the substance are soluble in water. However, it is not soluble in organic solvent such as ethanol. When in water, the solution appears clears and does not form a residue. Both of them are not toxic and do not catch flames. However, it can present an environmental hazard if spread in a large area.

Ferric alum appears as a white powder or crystalline. The crystalline and powder forms of the substance are soluble in water. However, it is not soluble in organic solvent such as ethanol. When in water, the solution appears clears and does not form a residue. Both of them are not toxic and do not catch flames. However, it can present an environmental hazard if spread in a large area.

Mifa has an extensive range of modern CNC-controlled machinery. Nevertheless, we prefer to use machining work as little as possible. Thanks to the combination of precision extrusion, CNC machining, and surface treatment, we can shorten the total production time for machining and improve the quality of the product. We write the software ourselves and make our own moulds for the CNC machining. Every profile is different and often demands a specific processing method, particularly if it is a visible surface. To this end, we use CAD/CAM programmes such as Solid Works, Solid Edge, and Unigraphics. We also develop the clamping tool ourselves too. The right clamping method is crucial in order to achieve the desired result. The best clamping method is dependent on factors including the dimensions and thickness of the profile and the processes to be implemented. For more text and explanations about our CNC and aluminium machining possibilities, please contact us.

EN-755-9 and EN-12020-2 are the accepted norms for the extrusion of aluminium profiles. They allow deviations of 0.15 mm or more. Mifa ignores these norms and applies precision extrusion of 0.02 mm. We’re unique in the world! And it gives countless possibilities. Bulk production. Standardised work. Inaccurate. These are words that you’ll hear often if you ask engineers for the features of extrusion. But there is another option. Mifa’s delivery starts from 10 kg, and we offer custom-built products and precision, also for straightness, torsion, concentricity, parallelism, surface roughness and tting. Add to this the outstanding features of aluminium – post-processing is often not needed – and it becomes clear that precision extrusion would be useful for many applications. Even as a replacement of other techniques and materials.

8 inch resistive touch screen monitor 8＂SVGA TFT LCD,800×600 Support VGA/DVI signal input Resistive touch screen, support COM/USB Aluminum panels,support panel/VESA mounting DC 12V-24V Rugged IP65 and NEMA4 Aluminium Chassis, Fanelss design Front Panel IP65/NEMA4 Standard, water and dust proof Fanless and sealed enclosure 5-wire resistive touch screen 5-wire resistive touch, with water, dust, and oil proof; click life is 50 million times Neutral front panel Nodka offers neutral front panel design without logo in neutral packag, as well as customized logo printing

Rugged IP65 and NEMA4 Aluminium Chassis, modular design Front Panel IP65/NEMA4 Standard, water and dust proof Modular design, compatible with capacitive touch screen module 5-wire resistive touch screen 5-wire resistive touch, with water, dust, and oil proof; click life is 50 million times Neutral front panel Nodka offers neutral front panel design without logo in neutral packag, as well as customized logo and color 8 Digital Input and 8 Digital Output 8DI+8DO, Wet contact input(24V), OC gate output(24V 300mA) Working well with INtime, VxWorks, RTX, EC-Win and Linux ect.., Microsecond-grade real-time vibration, the most stable hardware platform for Motion Control, Robot Control, and PLC Control applications.Dip-switch for RS232/RS485 At one side of the box, there is a dip-switch design for easily setting RS232 or RS485. RS232/485 Interface with surge protection, RS485 support automatic flow control.

Quality by Vision offers a wide range of seam-inspection solutions for can makers and can fillers. Our systems are available in both destructive as non destructive systems. even possible a 100% inspection of every seamed can on your production line.