Cold-rolled strip - Import export

State-of-the-art technology and extensive knowledge in the processing of steel characterise our location in Bad Salzungen, Germany. For us, performance means a wide range of cold-rolled steels of the highest quality at competitive prices, flexibility and a high degree of readiness to deliver while adhering precisely to the specified chemical and mechanical values. Surface finishing by electrolytic galvanizing and/or subsequent customisation of your goods are possible for us. We offer all our customers spooled materials with volumes of over 200,000 metres of metal strip per spool. This further development means a considerable advantage for our customers. Personnel-intensive set-up times and machine downtimes are avoided.

Cold rolled strip is used in a variety of applications. It meets high demands on forming behaviour, dimensional tolerances and surface finish, which offers our customers decisive advantages! HFP cold rolled strip is ideally suited for all stamping, bending, drawing and deep drawing purposes. From ball bearing housings to roll cutting and punching strips, hose clamps, headlight reflectors, electrical equipment, office supplies and tubes to safety parts of all kinds, a wide variety of components can be manufactured for various industries. DC 01, DC 03, DC 04 according to DIN EN 10139 / mild steel - St 37/ special grades on request Depending on the customer's requirements, we supply treatment states from LG to C690.

This material group comprises C-steel with low carbon content, good formability and fineblanking quality. Due to case hardening, the components have low-wear surface layers with high hardness and sufficient toughness in the core. They thus combine numerous properties and application possibilities in a wide variety of industries. To increase the wear resistance, you can also carburize or carbonitrate partial areas. C 10 E, C 15 E /➔ according to DIN EN 10132 - 2 Depending on the customer's requirements, we supply treatment states from soft annealed to high cold solidified.

This coating system is mainly used for the coating of cold rolled strip, but can also be applied to other metals. It is applied in the last processing step and enables a special gliding ability and heat resistance on coated surfaces.

In our new production space, we have at our disposal 30 state-of-the-art automated punching & bending machines. In addition to bent wire parts, we also produce bent strip parts here. Production to order with complex forming: Bent strip parts are produced from a broad range of materials, including for instance stainless steel, alloyed or carbon steel, brass, copper, bronze, or even K55 or K75, a specially alloyed steel. We produce complex forms and assembly parts with a strip thickness of 0.15 to 3.00 mm and with a strip width of up to 120 mm; the strip thickness will be dependent on the material. Strip materials: Carbon steels, Stainless steels, Cold-rolled strips, Slit strips. Non-ferrous strips: Brass, Copper,Bronze,Special alloys such as K55 or K75. Strip coatings: Tin-plated, Galvanised, Silver-plated, Gold-plated, Painted, Partial coatings, Special coatings on request.

DC01 DC03 DC04 DC05 DC06 EN 10130 / EN 10139

11SMn30 EN 10087

HCXXXLA EN 10268

THICKNESS TOLERANCES: According to the EN 10140:2006 Standard. Specified thickness tolerances for cold rolled strip and strip obtained strapping wide precision rolling w. WIDTH TOLERANCES: Width tolerances according to the EN 10140 Standard for nominal widths Other, closer dimensional tolerances are possible under a commercial agreement LENGTH TOLERANCES: According to the EN1040 Standard. Other tolerances are possible under a commercial agreement EDGE CAMBER TOLERANCES: Edge curve tolerances according to the EN 10140 Standard Other edge curve tolerances possible under a commercial agreement RIPPLE - LONGITUDINAL FLATNESS The flatness tolerance of the strips in cut lengths in the direction of rolling must be a maximum of 10 mm over 1000 mm. Any other flatness requirement must be agreed when placing the order.

THICKNESS TOLERANCES: According to the EN 10140:2006 Standard. Specified thickness tolerances for cold rolled strip and strip obtained strapping wide precision rolling w. WIDTH TOLERANCES: Width tolerances according to the EN 10140 Standard for nominal widths Other, closer dimensional tolerances are possible under a commercial agreement LENGTH TOLERANCES: According to the EN1040 Standard. Other tolerances are possible under a commercial agreement EDGE CAMBER TOLERANCES: Edge curve tolerances according to the EN 10140 Standard Other edge curve tolerances possible under a commercial agreement RIPPLE - LONGITUDINAL FLATNESS The flatness tolerance of the strips in cut lengths in the direction of rolling must be a maximum of 10 mm over 1000 mm. Any other flatness requirement must be agreed when placing the order.

THICKNESS TOLERANCES: According to the EN 10140:2006 Standard. Specified thickness tolerances for cold rolled strip and strip obtained strapping wide precision rolling w. WIDTH TOLERANCES: Width tolerances according to the EN 10140 Standard for nominal widths Other, closer dimensional tolerances are possible under a commercial agreement LENGTH TOLERANCES: According to the EN1040 Standard. Other tolerances are possible under a commercial agreement EDGE CAMBER TOLERANCES: Edge curve tolerances according to the EN 10140 Standard Other edge curve tolerances possible under a commercial agreement RIPPLE - LONGITUDINAL FLATNESS The flatness tolerance of the strips in cut lengths in the direction of rolling must be a maximum of 10 mm over 1000 mm. Any other flatness requirement must be agreed when placing the order.

THICKNESS TOLERANCES: According to the EN 10140:2006 Standard. Specified thickness tolerances for cold rolled strip and strip obtained strapping wide precision rolling w. WIDTH TOLERANCES: Width tolerances according to the EN 10140 Standard for nominal widths Other, closer dimensional tolerances are possible under a commercial agreement LENGTH TOLERANCES: According to the EN1040 Standard. Other tolerances are possible under a commercial agreement EDGE CAMBER TOLERANCES: Edge curve tolerances according to the EN 10140 Standard Other edge curve tolerances possible under a commercial agreement RIPPLE - LONGITUDINAL FLATNESS The flatness tolerance of the strips in cut lengths in the direction of rolling must be a maximum of 10 mm over 1000 mm. Any other flatness requirement must be agreed when placing the order.

THICKNESS TOLERANCES: According to the EN 10140:2006 Standard. Specified thickness tolerances for cold rolled strip and strip obtained strapping wide precision rolling w. WIDTH TOLERANCES: Width tolerances according to the EN 10140 Standard for nominal widths Other, closer dimensional tolerances are possible under a commercial agreement LENGTH TOLERANCES: According to the EN1040 Standard. Other tolerances are possible under a commercial agreement EDGE CAMBER TOLERANCES: Edge curve tolerances according to the EN 10140 Standard Other edge curve tolerances possible under a commercial agreement RIPPLE - LONGITUDINAL FLATNESS The flatness tolerance of the strips in cut lengths in the direction of rolling must be a maximum of 10 mm over 1000 mm. Any other flatness requirement must be agreed when placing the order.

THICKNESS TOLERANCES: According to the EN 10140:2006 Standard. Specified thickness tolerances for cold rolled strip and strip obtained strapping wide precision rolling w. WIDTH TOLERANCES: Width tolerances according to the EN 10140 Standard for nominal widths Other, closer dimensional tolerances are possible under a commercial agreement LENGTH TOLERANCES: According to the EN1040 Standard. Other tolerances are possible under a commercial agreement EDGE CAMBER TOLERANCES: Edge curve tolerances according to the EN 10140 Standard Other edge curve tolerances possible under a commercial agreement RIPPLE - LONGITUDINAL FLATNESS The flatness tolerance of the strips in cut lengths in the direction of rolling must be a maximum of 10 mm over 1000 mm. Any other flatness requirement must be agreed when placing the order.

THICKNESS TOLERANCES: According to the EN 10140:2006 Standard. Specified thickness tolerances for cold rolled strip and strip obtained strapping wide precision rolling w. WIDTH TOLERANCES: Width tolerances according to the EN 10140 Standard for nominal widths Other, closer dimensional tolerances are possible under a commercial agreement LENGTH TOLERANCES: According to the EN1040 Standard. Other tolerances are possible under a commercial agreement EDGE CAMBER TOLERANCES: Edge curve tolerances according to the EN 10140 Standard Other edge curve tolerances possible under a commercial agreement RIPPLE - LONGITUDINAL FLATNESS The flatness tolerance of the strips in cut lengths in the direction of rolling must be a maximum of 10 mm over 1000 mm. Any other flatness requirement must be agreed when placing the order.

THICKNESS TOLERANCES: According to the EN 10140:2006 Standard. Specified thickness tolerances for cold rolled strip and strip obtained strapping wide precision rolling w. WIDTH TOLERANCES: Width tolerances according to the EN 10140 Standard for nominal widths Other, closer dimensional tolerances are possible under a commercial agreement LENGTH TOLERANCES: According to the EN1040 Standard. Other tolerances are possible under a commercial agreement EDGE CAMBER TOLERANCES: Edge curve tolerances according to the EN 10140 Standard Other edge curve tolerances possible under a commercial agreement RIPPLE - LONGITUDINAL FLATNESS The flatness tolerance of the strips in cut lengths in the direction of rolling must be a maximum of 10 mm over 1000 mm. Any other flatness requirement must be agreed when placing the order.

THICKNESS TOLERANCES: According to the EN 10140:2006 Standard. Specified thickness tolerances for cold rolled strip and strip obtained strapping wide precision rolling w. WIDTH TOLERANCES: Width tolerances according to the EN 10140 Standard for nominal widths Other, closer dimensional tolerances are possible under a commercial agreement LENGTH TOLERANCES: According to the EN1040 Standard. Other tolerances are possible under a commercial agreement EDGE CAMBER TOLERANCES: Edge curve tolerances according to the EN 10140 Standard Other edge curve tolerances possible under a commercial agreement RIPPLE - LONGITUDINAL FLATNESS The flatness tolerance of the strips in cut lengths in the direction of rolling must be a maximum of 10 mm over 1000 mm. Any other flatness requirement must be agreed when placing the order.

THICKNESS TOLERANCES: According to the EN 10140:2006 Standard. Specified thickness tolerances for cold rolled strip and strip obtained strapping wide precision rolling w. WIDTH TOLERANCES: Width tolerances according to the EN 10140 Standard for nominal widths Other, closer dimensional tolerances are possible under a commercial agreement LENGTH TOLERANCES: According to the EN1040 Standard. Other tolerances are possible under a commercial agreement EDGE CAMBER TOLERANCES: Edge curve tolerances according to the EN 10140 Standard Other edge curve tolerances possible under a commercial agreement RIPPLE - LONGITUDINAL FLATNESS The flatness tolerance of the strips in cut lengths in the direction of rolling must be a maximum of 10 mm over 1000 mm. Any other flatness requirement must be agreed when placing the order.

THICKNESS TOLERANCES: According to the EN 10140:2006 Standard. Specified thickness tolerances for cold rolled strip and strip obtained strapping wide precision rolling w. WIDTH TOLERANCES: Width tolerances according to the EN 10140 Standard for nominal widths Other, closer dimensional tolerances are possible under a commercial agreement LENGTH TOLERANCES: According to the EN1040 Standard. Other tolerances are possible under a commercial agreement EDGE CAMBER TOLERANCES: Edge curve tolerances according to the EN 10140 Standard Other edge curve tolerances possible under a commercial agreement RIPPLE - LONGITUDINAL FLATNESS The flatness tolerance of the strips in cut lengths in the direction of rolling must be a maximum of 10 mm over 1000 mm. Any other flatness requirement must be agreed when placing the order.

THICKNESS TOLERANCES: According to the EN 10140:2006 Standard. Specified thickness tolerances for cold rolled strip and strip obtained strapping wide precision rolling w. WIDTH TOLERANCES: Width tolerances according to the EN 10140 Standard for nominal widths Other, closer dimensional tolerances are possible under a commercial agreement LENGTH TOLERANCES: According to the EN1040 Standard. Other tolerances are possible under a commercial agreement EDGE CAMBER TOLERANCES: Edge curve tolerances according to the EN 10140 Standard Other edge curve tolerances possible under a commercial agreement RIPPLE - LONGITUDINAL FLATNESS The flatness tolerance of the strips in cut lengths in the direction of rolling must be a maximum of 10 mm over 1000 mm. Any other flatness

- Wide range of steel grades: structural, cold forming, HSLA, etc. - In coils or cut-to-length - Standard os curtomized sizes

Cold-Rolled Sheet

AMETEK Specialty Metal Products has built a reputation for first class product quality and reliability, and that’s why so many leading commercial and defense aviation programs use our high performance materials. 50 years Aerospace Expertise We have more than 50 years experience developing precision strip, wire and shaped component products for critical aerospace applications worldwide. Our aerospace portfolio includes: High Tolerance Custom Shaped Wire for Aircraft Push-Pull Controls Pfinodal® (C72900) Bearing Material for Landing Gear Bushings and Bearing Sleeves Specialty Shaped Wire for Lock Collar Tape used in Aerospace Rivets Highly Conductive Nickel Strip for Aerospace Electronic Connectors, Batteries, Heat Exchangers and Bellows. Lighter and Stronger Materials for Aircraft Performance At 35,000 feet, every detail matters. We’re dedicated to manufacturing precision, lightweight and high strength materials to enhance the performance and efficiency of aircraft worldwide.

AMETEK Specialty Metal Products has built a reputation for first class product quality and reliability. That’s why leading defense programs use our high-performance materials. Leadership in Defense Metals We have more than 50 years of experience developing precision strip and thermal management products for critical defense applications worldwide. Our defense portfolio includes: Thermal management materials for semiconductor heatsinks Nickel strip for battery connectors High Performance Defense Alloys Molybdenum Copper (AMC) and Tungsten Copper (AWC) High purity nickel strip Trusted for Critical Defense Applications Due to their excellent thermal conductivity and controlled thermal expansion, our Molybdenum-Copper and Tungsten-Copper composites are the preferred materials for Gallium Arsenide (GaAs) and Gallium Nitride (GaN) semiconductors for the defense industry. Our heat spreader materials are trusted in sensitive applications such

Precision re-rolled stainless steel strip products can be engineered to specific customer requirements with exceptionally short lead times. Based on our longstanding expertise, we can manufacture stainless steel strip to precise custom sizes, ultra-thin gauges and tightly controlled mechanical properties with any surface finish. We also work closely with Hamilton Precision Metals, part of AMETEK Specialty Metal Products, to produce stainless steel foils down to 1.5 microns (.000060”) thickness. Standard Alloys We manufacture stainless steel strip in a variety of chemical and mechanical properties, expertly engineered to your exacting specifications. High performance stainless steel strip material includes: Austenitic: 300 series Martensitic: 400 series Ferritic: 400 series PH Grades 17-7PH®, 17-4PH® Additional options available on request

AMETEK Specialty Metal Products uses a wrought powder metallurgical process to ensure the highest purity finished products. Our main strengths lie in the processing of Nickel, Iron and Cobalt containing alloys amongst other available materials. The processing of these materials begins with the consolidation of powder through a roll compaction process and followed by a controlled atmosphere sintering. Further reduction of the material is performed solely under cold working temperatures to reduce the introduction of non-metallics and annealing is performed under controlled atmospheres. AMETEK Strip Products are produced in ranges between .002” (0.05mm) and .080” (2.03mm) thicknesses in a full range of tempers and widths to 22” (558.8mm) while maintaining special capabilities to produce materials outside of these ranges for special applications. This process lends itself to the production of small but easily reproducible lots of highly specialized alloys

Constantan® is a copper-nickel alloy that contains specific minor amounts of additional elements to achieve precise values for the temperature coefficient of resistivity. Careful control of melting and conversion practices results in a very low level of pinholes at ultra-thin thicknesses. The alloy is used extensively for foil resistors and strain gauges. The TCR can be adjusted from the furnished cold rolled values by using a low temperature heat treatment to achieve compensation for all types of spring elements. The foil is normally supplied with 90% cold reduction and a smooth bright surface. The foil is reasonably flat at 4” wide and nearly free of pinholes. The cold rolled foil can be produced with a TCR between +10 to –35 PPM/°C. The heat treatment will shift the foil TCR to the desired value. A typical heat-treat curve for Constantan® shows decreasing resistivity but increasing TCR with increased heat-treating temperature.

Ti Grade 9 is a near alpha, alpha-beta alloy, sometimes referred to as “half-6-4.” It offers 20 to 50% higher tensile strength than the commercially pure titanium at room and elevated temperatures. It is much more amenable to cold working than Ti 6AI/4V alloy and can be cold worked 75 to 85% to result in moderately high strength and good ductility The alloy can be formed from the annealed temper. Severe forming may be aided by an intermediate stress relief. Stress relieving may be appropriate after severe cold forming to remove residual stresses. Weldability and corrosion resistance is very similar to commercially pure titanium. Welding should be performed with inert gas shielded arc or spot welding.Welding with active gases, coatings, or fluxes must be avoided to prevent embrittlement.

CP Titanium is selected for its favorable strength to weight ratio and excellent corrosion resistance. Two levels of purity permit a choice of finish strength. The alloy can be formed from the annealed temper. Severe forming may be aided by an intermediate stress relief at 1000°F. Stress relieving may be appropriate after severe cold forming to remove residual stresses. Welding should be performed with inert gas shielded arc or spot welding. Welding with active gases, coatings, or fluxes must be avoided to prevent embrittlement. Available Sizes: CP Titanium is available from Hamilton Precision Metals as strip product from 0.0005” to 0.025” (0.0127 mm to 0.635 mm) and widths up to 12.0” (304.8 mm). A foil product is available as thin as 0.000085” (0.002159 mm) and widths of 4.0” (101.6 mm) maximum. The material conforms to ASTM F67, ASTM B265, AMS 4902 and UNS R50250,R50400.