Metallic silicon - Import export

Introducing the esteemed Master Alloy ALTiB, a distinguished solution meticulously crafted to elevate the realm of grain refinement. This exceptional alloy has been ingeniously designed to enhance both performance and surface quality, setting new standards in the industry. Master Alloy ALTiB finds its unparalleled utility in a myriad of applications, most notably in aluminum castings, aluminum profiles, and aluminum cables. Its remarkable properties ensure a refined grain structure, resulting in superior mechanical properties and enhanced overall performance. With utmost precision, this esteemed alloy works diligently to refine the grains, bestowing a level of excellence that surpasses conventional alternatives. Its profound impact on the end product is evident, as it imparts an impeccable surface quality, elevating the aesthetic appeal and durability of the aluminum components.

Introducing Metallic Silica, a top-notch 5.5.3 grade Metal Silicon that revolutionizes the properties of aluminum. With its exceptional capabilities, this remarkable product enhances the castability, hardness, and strength of aluminum components. By incorporating the power of silicon into the aluminum manufacturing process, Metallic Silica enables the production of products that are both robust and lightweight. This groundbreaking solution ensures that your aluminum-based creations possess unparalleled durability without compromising on their weight. With Metallic Silica, you can confidently create aluminum products that excel in various industries, ranging from automotive to aerospace. Experience the transformative effects of our 5.5.3 grade Metal Silicon and witness the remarkable improvements it brings to your aluminum manufacturing endeavors. Choose Metallic Silica today and elevate your aluminum products to new heights of excellence.

ntroducing ALSi, a remarkable aluminum-silicon alloy designed to cater to the needs of the casting industries. Crafted with utmost precision and expertise, ALSi offers unparalleled quality and performance. Our ALSi alloy is meticulously engineered to meet the stringent requirements of casting applications. With its exceptional properties, it ensures superior strength, durability, and impeccable casting results. Not only does ALSi excel in casting industries, but it also finds its utility in powder metallurgy. Its versatile nature allows for seamless integration into various manufacturing processes, expanding its range of applications. Experience the reliability and versatility of ALSi, as it revolutionizes the casting industry with its exceptional performance and unmatched quality. Trust in ALSi to elevate your casting projects to new heights of excellence.

Introducing Master Alloys: The Epitome of Elemental Excellence Crafted with utmost precision and expertise, Master Alloys stand as a testament to the pinnacle of metallurgical innovation. Comprising a harmonious fusion of three fundamental elements - Aluminum, copper, or nickel - these alloys are meticulously blended with a remarkable concentration of other elements, resulting in an unparalleled composition. Master Alloys embody the perfect synergy between the base metals and their complementary counterparts. With a discerning eye for quality, our experts have curated a selection of alloys that showcase exceptional strength, durability, and versatility. Each alloy variant has been carefully engineered to meet the diverse needs of industries ranging from aerospace and automotive to electronics and construction.

Introducing Metallic Silica, an exceptional 4.4.1 grade Metal Silicon that elevates the performance of aluminum to new heights. Specially formulated to enhance its castability, hardness, and strength, this remarkable product is designed to meet the most demanding industrial requirements. Our Metallic Silica is meticulously crafted using cutting-edge technology and adheres to the highest quality standards. With its superior composition, it acts as a catalyst, bringing forth remarkable improvements in the properties of aluminum. When incorporated into aluminum alloys, our 4.4.1 grade Metal Silicon works wonders, enhancing the castability of the metal. This means smoother and more precise casting processes, resulting in superior finished products. Whether you're in the automotive, aerospace, or construction industry, Metallic Silica is the ideal choice to optimize the properties of your aluminum products.

very antislip coating: R11 or R12 version according to DIN E 51130 extremely robust resists flying metal chips thanks to the silicon carbide surface withstands high mechanical loads very good resistance to oils, greases and most chemicals easy adaptation to the configuration of the premises exists in tiles or rolls antislip sole for better grip on the ground thermal insulation

Gomastit 402 is an elastic 1component silicone sealant with an acidic curing system. The sealant is moisturecuring and absolutely resistant to UV, ageing and weather conditions. Gomastit 402 offers a very wide adhesion range and high elasticity, as well as good mechanical strength.

Tyrolit offers brushes for steel, stainless steel, non-ferrous metals and universal applications that fulfil the highest demands. Their shape and composition make them ideal for hard-to-reach areas. Developed for use on straight grinders, they are also suitable for drilling machines. Highest quality Brushes are available in basic and premium quality. The knotted brushes are ideal for roughening or deburring. They offer flexibility as they can spread depending on the speed and process different bore diameters. Variety of materials Tyrolit brushes are available with steel, stainless steel or brass wire. Stainless steel prevents rust formation, while brass wire delivers the best results on non-ferrous metals. Brushes with silicon carbide offer a high removal rate. Conclusion Tyrolit brushes are versatile, ideal for cleaning the inside of pipes and for roughening.

Silicon nitride grinding discs, impeller blades are widely used in the field of powder grinding and are used as chassis. Because silicon nitride ceramics are very hard, second only to diamonds and other materials, there is almost no loss during thegrinding process, and the impurities brought into the product are also minimal. Although silicon nitride is a ceramic product, it has a good crystal structure, and the silicon nitride spherical product can well retain the crystal structure, so that the stress can be dispersed and the various metal ores can be broken. Silicon Nitride (Si3N4) Characteristics: 1 Good thermal shock resistance 2 Creep resistance 3 Low density 4 High fracture toughness 5 High hardness and wear resistance 6 Electrical resistivity

Primary aluminum Al min. 99.5% Metallic silicon Al mortars: AlFe, AlMn, AlTi, AlSr, AlNi, AlTiB fluxes

Silicone-free water-based anti-splash Spraymig H2O, based on highly efficient water-soluble substances. It prevents splashes from sticking to robot nozzles, tips and workpieces and considerably extends the life of the nozzles. Allows quick changing and cleaning of nozzles. It is possible to paint, galvanize, varnish parts. A preliminary test is recommended. Very low consumption for high effectiveness. Water-based and odorless. No influence on porosity and cold cracking. No influence of the diffusible hydrogen content in the weld metal. Soluble and silicone-free. Biodegradable. Allows you to lacquer parts. Physical and chemical properties: Appearance: clear colorless liquid. Density at 20 °C: 1.00. Pure pH: 7. Propellant gas: dimethyl ether. Base: water-based emulsion of organic substances

Silicone-free water-based anti-splash Spraymig H2O, based on highly efficient water-soluble substances. It prevents splashes from sticking to robot nozzles, tips and workpieces and considerably extends the life of the nozzles. Allows quick changing and cleaning of nozzles. It is possible to paint, galvanize, varnish parts. A preliminary test is recommended. Very low consumption for high effectiveness. Water-based and odorless. No influence on porosity and cold cracking. No influence of the diffusible hydrogen content in the weld metal. Soluble and silicone-free. Biodegradable. Allows you to lacquer parts. Physical and chemical properties: Appearance: clear colorless liquid. Density at 20 °C: 1.00. Pure pH: 7. Volume: Spray: 400 ml (liquid), 520 ml (nominal) Propellant gas: dimethyl ether. Base: aqueous emulsion of organic substances.

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 our German client Vorwerk Elektrowerke, manufacturer of premium home appliances, we make, among other parts, parts for their smart Thermomix food processor. These are intended for both professional kitchens and the consumer market. One of the parts Enbi Plastics makes, is the position switch that ensures the food processor’s motor can only be turned on if a bowl is placed on it. This small but complex part is composed of different materials: plastic, metal and silicone. Because it needs to provide a seal as well as be dimensionally stable, we opted for silicone. Whereas the wall thickness is usually uniform, that was not the case here. A high-tech LIM mould was needed to achieve the right shape. That made the development of this product a turnkey project for Enbi Plastics together with the machine supplier and mould manufacturer. Enbi Plastics made different versions of the test mould and conducted feasibility studies in order to perfect the design.

Silicon-Silicon, e.g. having differing Shore A hardness or colors. Both materials are combined with one another by chemical or mechanical methods. First, component 1 is injected (thermoplastic material, metal, glass, silicone) or placed in the mold. Next, the item is overmolded with silicone. This is the method of producing compound parts. Popular multi-component products are items such as steering wheel switches for cars, jet-formers for shower heads, door-bell key or the hydraulic brake systems for kitchen drawers, doors and flaps. SHARE:

During printing and coating processes, so-called ink mist or particle mist arise in the outlet of doubleroll systems. This unwanted particle deposit results in lower product quality, high maintenance costs, increased ink consumption and the contamination of the environment. The formation of ink mist is very noticeable and annoying, particularly during coating and printing processes on substrates with non-absorbent surfaces (films, metalized substrates or composite films). A patented double-row DC plasma electrode is used to prevent this ink mist. This plasma electrode acts separately on both particle streams and ensures an optimal particle deposit. The electrode will be connected to the high voltage generator HSG61. The MISTING TACKER system is currently used for printing on metalized films and in silicone coating units (Wifag-Polytype).

During printing and coating processes, so-called ink mist or particle mist arise in the outlet of doubleroll systems. This unwanted particle deposit results in lower product quality, high maintenance costs, increased ink consumption and the contamination of the environment. The formation of ink mist is very noticeable and annoying, particularly during coating and printing processes on substrates with non-absorbent surfaces (films, metalized substrates or composite films). A patented double-row DC plasma electrode is used to prevent this ink mist. This plasma electrode acts separately on both particle streams and ensures an optimal particle deposit. The electrode will be connected to the high voltage generator HSG61. The MISTING TACKER system is currently used for printing on metalized films and in silicone coating units (Wifag-Polytype).