melting raw material Germany

...The advantages of AURUM® include an extremely high glass transition temperature (Tg) of 245°C and excellent mechanical and chemical properties across a wide temperature range. Compounders and other processors who can convert polymers with high melting temperatures will produce AURUM® products with outstanding thermal and mechanical properties.

... operate at 12 locations in Europe and abroad, ensuring that high-quality cullet is reused as a secondary raw material in various glass industries and melting applications. We assist you in disposing of your flat glass with tailored solutions. We offer individual container solutions, ranging from 1.1 m³ skip containers to 15-30 m³ roll-off containers, based on your specific needs and the quantity and type of glass waste generated. Collection of float glass, laminated glass, insulated glass, and mixed fractions of different glasses is possible. Contact us for more information or quotes!

... throughput as well as the type or shape of the raw material and its bulk density. Throughput: up to 5000 kg/h Material: Metal Max. Throughput (kg/h) - Aluminum: 30 - 2000 kg/h Max. Throughput (kg/h) - Steel & Cast Iron: 30 - 3000 kg/h Max. Throughput (kg/h) - Brass, Bronze, Copper: 50 - 5000 kg/h Motor Power (kW): 4 - 90 kW Specific Pressing Pressure, max. (kg/cm²): 1400 - 5000 kg/cm² Briquette Formats: 60x40, 60x60, 80x40, Ø60, Ø80, Ø70, Ø100, Ø120, Ø150, 150x60, 150x75, 150x120 Weight (t): 1 - 12 t...

... to about 62 HRC) can be produced. By adding additional hard phases such as WC or Cr3C2, the hardness of these coatings can be further increased. These coatings are gas-tight due to the melting process and are characterized by their excellent wear resistance combined with good corrosion resistance. Due to the high process temperatures during melting, such coatings are particularly useful in the manufacture of heavily stressed components.

...Specialists in hot filling of anhydrous care products (focus on lip care), Full service or modular selection of individual process steps Formula development, bulk production, filling State-of-the-art facilities ensure high productivity, low waste, good scalability, and optimal use of raw materials and energy: • Analysis equipment: melting point meter, density meter, and refractometer for raw...

...Ceramics consist of inorganic non-metallic materials. They are divided into earthenware, stoneware, porcelain, stoneware, and special masses, which are poorly soluble in water and consist of at least 30% crystalline material. Ceramics can be distinguished into clay ceramics and glass ceramics. The processing generally occurs at room temperature through the shaping of a raw mass and subsequent...

... and shavings can be reintegrated into the material cycle. Gentle agglomeration using friction heat just below the melting point of the respective plastic produces valuable plastic agglomerates without significant thermal stress. We create agglomerates with improved material properties from foams, fibers, and films. Due to their high bulk density and good flowability, the agglomerates are easier to handle and process. Zig-zag classifiers ensure a low fine content in the agglomerate.

...This material can be used for insulation up to 1850° C. Due to the weight ratio of chemical elements, the Earth's crust contains over 82% oxygen, silicon, and aluminum. The inorganic, textured ceramic fiber has been produced from this raw material combination, making it fire-resistant and thermally insulating. This advanced chemical technology enables the production of this fiber by melting...

...As high-energy magnets, permanent magnets made from "rare" earths are referred to. These materials are characterized by their high energy product of over 300 kJ per cubic meter. The following materials are of practical significance: - Samarium-Cobalt (SmCo) - Neodymium-Iron-Boron (NdFeB) The production of Sm-Co and NdFeB magnets involves melting the alloy. After that, the material blocks are...

...Wood pellets in bags; Delivery time: 1-3 working days; Certification: ENplus A1; Unit of measure: 65 bags of 15 kg each (975 kg); Made in Germany Delivery time: 1-3 working days Certification: ENplus A1 Unit of measure: 65 bags of 15 kg each (975 kg) Made in Germany Diameter: 6 mm Heating value: >5 kWh/kg Ash content: <= 0.5% Ash melting point: 1250°C Abrasion: max 1.2% Raw material: 100% softwood Wood type: Softwood Diameter: 6 mm...

... impresses with precision in filling studies and enables the optimization of cycle times in the filling process. The automatic good/bad part detection achieves a high degree of automation. The pressure curve indicates whether the temperature for melting the raw material needs to be increased or decreased to achieve optimal cavity filling. The settings for the internal tool pressure are stored in just one tool data record. Visualization is done via the connected temperature controller. DMS can be used independently of the sensor manufacturer's brand.

...The best-selling products of our company are wire and bar steel rolls made from our proprietary high-speed steel alloys HDW5, HDW6, and HDW7. A special feature is the high hardness of up to 66 HRc that we achieve with our HDW7. Custom adjustments to meet specific requirements are also no problem for us. Through our entire manufacturing process, from raw material procurement, melting, to CNC machining and heat treatment, we can guarantee consistent quality at every stage of production, allowing us to trace and control it at any time.

...free sample for new customers upon request Garnet is a natural sand with an aggressive effect. Due to its iron content, this abrasive should not be used on stainless steel and non-ferrous metals. Garnet sand is particularly suitable for open blasting as a single-use abrasive for removing existing coatings, rust, and other contaminants. It is a very cost-effective abrasive. Country of origin: China mesh: 80 melting point: approx. 1300 °C...

... are therefore classified as A1. The melting point of this wool is at 1000°C. The spread of fire can be prevented by using these boards, allowing the product to serve as a fire barrier. The product can also be used in residential buildings as a diffusion-open thermal insulation composite system. The diffusion-open property allows for the absorption of moisture from the inside to the outside.

... castor oil is used in processing industries as an additive for the processing of PVC products and special solutions in the plastics sector to positively influence factors such as longer durability, heat resistance, or the shaping of the product (cables, window profiles, pipes). HCO is also a raw material used in high-performance cooling and lubricating agents. Additionally, due to its good skin compatibility, it serves as an active ingredient carrier in many cosmetics. It supports as surfactants the...

... the final cast part. From the manufacturing of the raw casting to the ready-to-install component, a specific procedure is always followed. Cast part The final stage In our highly mechanized core shop, core sand is first mixed for the core shooting machines. We then compact the molding sand in the molding shop on our small or large molding systems before the material types are melted in the melting...

... sector and the ongoing development from conventional casting techniques to CNC milling and powder for additive manufacturing technology make us a leading company in the non-precious metal sector. Our products are manufactured on modern fully automated production systems. These are characterized by the highest quality and precision. Various in-process controls, from raw material testing to quality...

...mills, and lapping. An important core competency of Gontermann-Peipers lies in composite casting, the combined casting of several materials into an integral component. In these processes, the different material properties of the raw materials (e.g., wear resistance and strength) are optimally combined for functionality.

...developing material- and requirement-dependent process parameters, implementing constructive adjustments for additive manufacturing, and carrying out application-oriented research activities. Your components will be additively manufactured at AMR UG in no time. 3D CAD data of the components is required as input data to ensure additive manufacturing. The construction process takes place through local layer-by-layer melting of powdered metal alloys using a laser. Our services: cooperative services in the areas of: Metallography Machining technology EDM Laser cutting...