Component strength - Import export

STOL®194 is a CuFe2P alloy with good electrical conductivity for components with low to medium strength requirements. With its good relaxation resistance, it is very suitable for terminals, lead frames and power transistors.

STOL®95 is a CuCrZr alloy with a combination of very high electrical conductivity and good relaxation resistance, even at an operating temperature of 250°C. This alloy is very suitable for components with medium strength requirements. It is used particularly in applications in the field of mobile devices, as a heat sink, and for highcurrent contacts, for example in hybrid vehicles or photovoltaic technology.

STOL®76 is a precipitation hardened CuNiSi alloy for applications in the automotive, electrical and electronics industries. This alloy is particularly suitable for components in the medium strength range (up to 620 MPa). The combination of good electrical conductivity and good relaxation resistance makes this alloy especially recommendable for automotive connectors.

Novelis Advanz™ 7UHS – s701 is a product developed for structural applications requiring high inservice strength. The 7xxx alloy provides the highest T6 strength among current aluminum alloys and has significantly higher strength over incumbent 6xxx alloys. This in turn offers potential for lightweighting of structural parts over advanced high strength steel options without compromising performance requirements. The alloy-temper can be optimized to provide good balance between strength, crash performance and corrosion resistance. Advanz™ 7UHS – s701 is an excellent choice for strength-dominated structural components, such as A-pillar, B-pillar, door beams as well as various other structural reinforcements. This product exhibits excellent specific strength and specific energy absorption along with good hot formability making it an ideal material for lightweighting of structural reinforcements. All values listed are typical.

Customer specific optomechanical and optomechatronic components Our strengths lie in the development and construction of optomechatronic systems from the feasibility study on the prototype tofit system integration. The earlier we are involved in your development process, the more we can do for you. Our experience shows us that especially innovative systems and product ideas benefit from a close partnership. This is what we stand for. In addition, we offer our customers service performance measures and technological support, when it comes to ensuring the quality of their products or production facilities. We measure and test according to your specifications. We make sure that you do everything right from optical design to imaging.

Experts for deep-drawn parts made of stainless steel, aluminium and other non-ferrous metals (including brass, copper and nickel silver).from new development to series production: We develop perfect deep-drawn parts. Pressteck is one of the world's leading specialists for deep drawing individual parts on transfer presses and for their further processing into assemblies. In this non-cutting forming process, we produce hollow parts in several stages from a metal strip that can be made of aluminium, stainless steel, copper or brass, among other materials. Deep drawing has decisive advantages over other processes: Material consumption and production costs are lower, and at the same time the strength of the components is higher. We are highly innovative and perfect deep-drawing technology beyond what has been possible so far.

Autofrettage is a method for increasing fatigue strength of components for use at high and pulsating pressures. In short, Autofrettage compresses a container’s inner surface, making better use of the material’s structural properties. The process can reduce fatigue concerns in pulsating applications and lets engineers reduce tubing thickness in high-pressure applications without sacrificing strength, life, or safety. The autofrettage method is based on the reciprocal relationship of the plasticized inner zone and the elastically deformed outer zone. The components are placed under so much pressure that their interiors become plastically deformed. After relaxing, pressure stresses are created in these areas, which prevent the outer areas from reforming to their original shape. Instead, it remains stretched. This prevents crack formation in the later application, increases the service life of

Straight running belts, Pitch 14 mm (0.55 in) Belts for light to medium-duty food and non-food applications Design characteristics Small pitch belt for applications requiring small transfer gaps Hinges that open wide and flat channels on the underside ensure the belt is easy to clean Unique sprocket design with rounded tooth edges provides ideal load distribution Wide sprocket teeth ensure superior sprocket engagement and strength Components: Sprockets In different sizes with round or square sprocket bore Profiles In different heights and designs for inclines

Pressteck is one of the world's leading specialists for deep-drawn individual parts on transfer presses and their processing into assemblies. In this non-cutting tension-pressure process, we produce hollow parts from a metal strip in several stages, which can be aluminium, stainless steel, copper or brass, among others. Compared to other processes, deep drawing has decisive advantages: Material consumption and production costs are lower, and at the same time the strength of the components is higher. We are highly innovative and optimise deep drawing technology beyond what is currently possible. We manufacture your individual component from coiled sheet metal and master demanding geometries and high degrees of forming.

By creating specialized aluminum alloys, pioneering new treatments and combining aluminum components with other materials such as paper, plastic and fiberglass, Novelis has become the global quality leader for the transportation manufacturing industry. We have created a range of transportation manufacturing products that provide insulation against heat, sound and gases, high strength so components remain effective under pressure, and superior flexibility for a full range of designs and implementations. Key Novelis aluminum components include heat exchangers, heat protection mats and sleeves, energy absorption elements, hoses, silencers and flexible tubes, including heat protection tubes, air ducts and exhaust pipes. Novelis is a leading supplier of light-gauge, narrow-slit aluminum fin stock (bare and clad) and brazing sheet used in the production of heat exchangers.

Fields of application: • Perfectly suited for highly stressed applications in shell construction • Structural components (e.g. safety components, etc.) Strength: • "10.9" or "12.9" for blind rivet nut steel • "10.9" for blind rivet stud steel • "8.8" for blind rivet nut aluminum Customer benefits: • Fast assembly with one-sided accessibility • Solution for highly stressed applications • Process monitoring possible • Mechanical properties significantly higher than standard steel blind rivet nuts • Optimization of joints in various applications (e.g. weight reduction) • Combination with customer-specific requirements and other GESIPA® innovations

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.

COMPACT The Fiber laser robust design and high-quality optical components guarantee high strength and low maintenance. Whether integrated on production lines or robotic cells, its implementation is simple in all mounting positions. The laser marker can be oriented to the part surface to significantly reduce installation times and costs. INDUSTRIAL Equipped to meet the needs of Industry 4.0 in terms of identification marking, the Fiber laser marker is equipped as standard with full network communication ports allowing full compatibility with all PLCs brands and ensure quick and cost-effective integration. POWERFUL This laser marking machine is available in several powers, 20W, 30W and 50W. The 20W laser head is adapted for most of the applications for a surface marking, 30w is the solution for your fast and high-contrast markings, and 50W is the most suitable solution for deep laser markings.

In our ultra-modern and well-equipped hand-moulding foundry we can produce single pieces up to medium-sized batches for you. We use organic and inorganic sand systems, depending on the application and the requirements of your product. The experience and know-how we have accumulated over the years guarantee the solution from which you will benefit to achieve an optimal product. Our strengths Complex components Pressure, vacuum and gastight castings Single pieces to medium-sized batch production Skilled employees Several sand systems available Flexible Innovative Advantages of hand-moulded sand casting Relatively low investment costs for the model Good accuracy of measurement and surface quality High freedom of moulding Flexible process Short lead time for production start-up Relatively easy to make changes

The CS-3000 neXt combines functionality with an appealing design. The wide range of components, the high strength of the system and the load capacity provide individual solutions. • Light-duty suspension system for lightweight control enclosures up to 80 kg with an extension arm length of 1 m • Modular system for rapid implementation of individual solutions • Maximum system length: 1.5 m • Compatible with the CS-3000 series • Panel couplings with VESA 75 and 100 • Smooth transitions from pipe to component

Starting with the base polymer TECASINT 2011, TECASINT 2031 with 40 % graphite has been developed. The plastic has high resistance to thermal ageing and improved self lubrication. This is accompanied by minimised thermal elongation for dimensionally stable components and increased creep strength.

Customers from a wide range of industries rely on technically sophisticated injection-moulded parts made with up to three components. Our unique strength lies in the areas of multi-component technology, thermoplastics processing, elastomers and high-performance plastics.

TYP C 062 Cutting, stamping and bending device for radial components Description The Streckfuss device Type C 062 is designed to process loose components with radial leads. Cutting and bending of the leads is done in one step including integrated strength member to eliminate axial strength uppon the component case. Components

Polymer optical light guide cable LUXERI polymer optical light guide cable has a tubular structure with 7 to 20 plastic optical fibers Ø 1 mm (PG U FB1000) with outer LSZH, MEGOLON. This cable can be used indoors and outdoors and contains no metal components and has good mechanical strength. As standard, the sheath is black. Select customised light guide cables Polymer optical light guide cable is available in several diameters: Ø 3 mm: CAME1000-07A (7 fibers of Ø 1 mm) Ø 4 mm: CAME1000-13A (13 fibers of Ø 1 mm) Ø 5 mm: CAME1000-20A (20 fibers of Ø 1 mm) Ø 6 mm: CAME1000-30A (30 fibers of Ø 1 mm)

Perfect die-casting components are not the only strength of the DGS brand. As a process-oriented full-service partner we offer numerous complementary services to our customers. In our development department we work with state-of-the-art CAD and CAM equipment, which enables us able to perform client-specific FEM calculations and complete die-casting process simulations. To ensure the best possible production efficiency, we are in contact with our client’s experts in the early stages of design and prototyping, a collaboration which continues after the casting process. Our know-how goes far beyond quality checks and logistics; in many cases we take over the responsibility for development, surface finishing, shot peeling, machining, galvanising, coating, painting and the assembly of parts and systems. The result from the client’s point of view: less interfaces and more time for essentials.

Collagen is a key building block of the human body and is used in the formation and support of bones, hair, cartilage, ligaments, tendons and other key strength-giving components. Collagen contains many amino acids - these are the building-blocks of proteins, and have a central role in biochemistry and nutrition. Collagen is, by far, the primary structural protein in the body, contributing as much as 30% of the body’s entire protein content. It is central to the structure of our skin, joints and blood vessels, since we cannot create these tissues without Collagen. One cannot consider the health of our skin, bones, blood vessels, joints or connective tissue without recognizing the dominant role that Collagen protein plays. It is for this reason that Collagen is added to so many beauty products, from moisturizers and anti-aging creams to shampoos and conditioners.

Die blanking is the initial step of the industrial inkjet printing machine, which uses a professional mold to precisely cut the raw material into the desired component shape, the mold molding process is through the precise mold and pressure action, laser welding is an efficient and accurate welding method for the inkjet machine components firmly connected together. The rivet or riveted piece is firmly pressed into the material by pressure, increasing the strength of the connection between the parts. The welding method enables precise connection between components while ensuring the strength and stability of the connection. Through the drawing and polishing operation, the rough and uneven parts of the surface are removed, and the dirt can be peeled off from the surface of the parts through the vibration effect of ultrasonic waves, ensuring the cleanliness and hygiene standards of the printer.