Low-carbon - Import export

The PLUS SYSTEM series of linear actuators consists of highly protected linear units featuring a self-sustaining anodized aluminum structure and a steel re-enforced driving belt. This is a line of exceptionally sturdy and high performance actuators in terms of load, moment control, speed and acceleration. High load capacity,High speed,Low wear and tear,Low friction,Low maintenance.Corrosion resistant version All Plus System series of linear actuators are available with stainless steel elements, for applications in harsh environments and/or subject to frequent washes. The Plus System linear units are made by using extruded anodized Anricorodal 6060 and 6082 aluminum, which houses bearings, linear rails, nuts and bolts and components made of low carbon SS AISI 303 and 404C steel, preventing or delaying corrosion caused by humidity experienced in the environments where the linear units are used.The PLUS SYSTEM series consists of 3 distinct products with different features: ELM,Robot,SC.

152/178/203/254mm

310 quality is designed to withstand high temperature service. Despite this feature, material softness and weldability are quite good. It can operate continuously at 1150 degrees and does not rust. It can operate intermittently at 1040 degrees. Like other austenitic grades, it has excellent toughness. The 310S quality is resistant to high temperatures both in moist and dry environments. The low carbon content of the 310S allows it to withstand temperatures less than 310 does.

316 quality is the best known stainless steel after 304, the biggest difference is containing molybdenum (Mo). Molybdenum (Mo) 316 is better resistant to corrosion in corrosive environments than 304, it is especially good against cracks and pits in the surface and interior structure. Its shaping and welding capability is high. It can be used for various purposes in sectors such as industry, architecture, transportation. It does not require post-welding annealing for thin sections. 316L is the low carbon version of 316. Therefore, it does not require post-welding annealing for thick sections of 316L. 316Ti contains a small amount of titanium (Ti), the ratio is around 0.5%. The greatest advantage of this quality in the other two qualities is that it has a longer strength at high temperatures.

ECU 99,9 % : Electrolytic is used as copper material with a conductivity of 58, electrode in erosion, high-low current panel and busbar in substations. Among our standard products: Rod, Sheet Plate, Straight pipe, Tube Coil, Box profile, Grounding rod - plate, Roofing, Copper fittings and thin wires. Also, sheet plate measurements which do not have a standard are brought to necessary measurement by forging at desired dimensions. Parts that require CU-Cr-Zr (Chromium alloy) High electricity conductivity, hardness and strength at high temperatures: Are used as point welding electrode and seam welding disc at the source of low carbon steels (Panel radiator, Gasoline warehouse, etc.) and Galvanized steel plate (Automotive and white goods), electrode holder at spot welding machines, plunger electrode at erosion machines and contact busbar at substations.

Material: low carbon steel We produce our corrugated STAX segment wire steel fibers in the lengths of 50 mm and 34 mm. Application for our STAX segment wire steel fibers you find in industrial concrete floors and plates.

Material: low carbon steel We offer our STAX steel fibers as short fiber according to customer specification (on special request as well as strand on reels). The Ø-fiber strength is approx. 30-50 μm. Regular analyses in our laboratory ensure the quality of our products. Main area of application for our STAX steel fibers is friction material for brakes and clutches, and as concrete reinforcement or in plastic compounds. Further we produce segment wire steel fibers for reinforcement of conrete floors for example.

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.

SPIROL's KP200 Straight Knurled Pins have straight knurls that span the full length of the pin. Straight Knurled Pins are commonly used in applications where the pin is subjected to rotational forces to transmit torque as well as to resist rotational movement of a mating component. KP200 Straight Knurled Pins are available in metric diameters ranging from 2.5mm to 6mm and in inch diameters ranging from .094" (3/32) to .250" (1/4) in low carbon steel and austenitic stainless steel.

SPIROL's FH400 Headed Barbed Pin has a series of barbs extending down the entire length of the pin. Headed Barbed Pins are a great replacement for self-tapping screws in plastic assemblies as Barbed Pins are installed into standard moulded (or drilled) holes, they install much faster than screws, and they eliminate issues associated with cross-threaded or skewing during installation. Unlike screws that resist back-out (or loosening) by being tightened to a preset torque, Barbed Pins are retained by the plastic backfilling over the aggressively-designed barbs. The head provides a positive stop and is also used to retain a thin component to a thicker component within an assembly. SPIROL's FH400 Headed Barbed Pins are available in metric diameters ranging from Ø2mm to Ø6mm and inch diameters ranging from Ø.078" (5/64) to Ø.250" (1/4) in low carbon steel and austenitic stainless steel.

SPIROL's FH300 Headed Helical Knurled Pin has the same body style as the KP300 Helical Knurled Pin, with the addition of a head. A Headed Pin is typically used to provide a positive stop or to retain a thin component to a thicker component within an assembly. FH300 Headed Helical Knurled Pins have a flat head, however they are available to order with a round head (RH300) to meet specific application requirements. Similar to the SPIROL Series KP300 Helical Knurled Pin offering, SPIROL's FH300 Headed Helical Knurled Pins are available in metric diameters ranging from Ø2mm to Ø6mm and inch diameters ranging from Ø.078" (5/64) to Ø.250" (1/4) in low carbon steel and austenitic stainless steel.

SPIROL's FH200 Headed Straight Knurled Pin has the same body style as the KP200 Straight Knurled Pin, with the addition of a head. A Headed Pin is typically used to provide a positive stop or to retain a thin component to a thicker component within an assembly. FH200 Headed Straight Knurled Pins have a flat head, however they are available to order with a round head (RH200) to meet specific application requirements. Similar to the SPIROL Series KP200 Straight Knurled Pin offering, SPIROL's Series FH200 Headed Straight Knurled Pins are available in metric diameters ranging from Ø2.5mm to Ø6mm and inch diameters ranging from Ø.094" (3/32) to Ø.250" (1/4) in low carbon steel and austenitic stainless steel.

SPIROL's KP300 Helical Knurled Pins have helical knurls that span the full length of the pin. The 30° helical knurls cause the pin to rotate during installation into the hole. Helical Knurled Pins offer higher insertion and retention than Straight Knurled Pins. However, KP300 Helical Knurled Pins are not typically recommended when the pin will be subjected to rotational forces as the helical knurl will cause the pin to either "unscrew" itself from the hole or further imbed itself into the hole. KP300 Helical Knurled Pins are available in metric diameters ranging from 2mm to 6mm and in inch diameters ranging from .078" (5/64) to .250" (1/4) in low carbon steel and austenitic stainless steel.

Cold rolled steel is low carbon steel produced by a "cold rolling" process and processed at near normal room temperatures. Cold rolled steel offers superior strength and machinability. Cold rolled steel sheets are often used for engineering products where close tolerances, concentricity, surface smoothness and coated surfaces are required.

Extra Forge d.o.o. is a leading production and service company specializing in closed die forging of various types of steel, including stainless steel, high and low alloy steel, and carbon steel. Our expertise lies in the hot forging of steel semi-finished products ranging from 0.1 kg to 8 kg. This process enhances the strength and toughness of the products compared to other manufacturing methods. The advanced technological processes at Extra Forge d.o.o. enable us to achieve forging precision up to ± 0.2 mm, ensuring high-quality and reliable products.

Soft white wheat exhibits high break and straight-grade flour yields, at low ash and low starch damage. Their flours have low water absorption and low water-, carbonate-, and sucrose-solvent retention capacities.

STRETCH DRIVE MO is a Cold Rolling and Stretching Line with single horizontal drawing capstan for the production of both smooth and ribbed, colddrawn wire with low carbon content and hot rolled high ductility ribbed wire. Stretching Process Stretch Drive MO 6 16 mm (8 m/s) Cold Rolling Process Stretch Drive MO Cold 1 4,5 12 mm (8 m/s) Stretch Drive MO Cold 2 4 12 mm (8 m/s)

Suitable for small diameters and / or low permanent pressure dropMaterial: Standard: carbon steel, stainless steel, others according to your application. Fluid: liquid, gas, steam. Diameter of pipes: from 50 to 250 mm.

Suitable for large diameters and / or low permanent pressure dropMaterial: Standard: carbon steel, stainless steel, others according to your application.

A low carbon NiCr wire Typical alloy consisting 72Ni/20Cr/3Mn/2.5Nb+Ta alloy Good for cryogenic to high temperature application Highly resistant to corrosion and oxidation At low temperatures the toughness is increased Radiographic weld quality

A low alloy carbon NiCrMo solid wire Typical alloy 61Ni/22Cr/9Mo/3.5Nb+Ta alloy Good for both cryogenic and elevated temperature application Exceptional resistance to pitting, crevice and stress corrosion cracking in severe chloride media Radiographic weld quality

Extra low carbon 23Cr/12Ni type steel solid wire Corrosion and oxidation resistance upto 1100°C The ferrite content ensures highest cracking resistance Radiographic weld quality

Extra low carbon stainless steel solid wire Corrosion and scaling resistance upto 800°C Crack resistant weld Resistance to intergranular corrosion Radiographic weld quality

A low carbon 96Ni/3Ti Nickel wire Almost pure Ni deposit Excellent ductility and strong weld metal Resistant to cracking and oxidation Low iron level ensures max corrosion resistance Radiographic weld quality

Gas shielded, extra low carbon, rutile type FCW wire Low fumes, very less spatter Excellent crack resistant and corrosion resistant Uniform and good weld bead appearance Typical 19Cr10Ni weld deposit Radiographic weld quality

Extra low carbon 23Cr/12Ni type steel solid wire Maximum cracking resistance due to high ferrite content The addition of Mo gives high strength and pitting corrosion resistance Radiographic weld quality

Low carbon steel alloy wire Resistant to intergranular corrosion with no need of use of stabilizer Free from porosity and molten pool The weld metal is of controlled ferrite & withstand working temp up to 300°C Resistance to scale upto 300°C Radiographic weld quality

A low alloy carbon NiCrMoW solid wire Typical alloy 57Ni/16Cr/15.5Mo/5.5Fe/4W alloy Good resistance against abrasion, impact, corrosion and high temperatures Excellent resistance to stress corrosion in reducing and oxidizing atmosphere Radiographic weld quality

22cm pot Model Number ：EX-20W　IV・SR・CH Product Dimensions：W305 x D238 x H162mm Capacity：3.2L Weight：2.03kg Color：Ivory・Scarlet・Payne's Gray JAN ：Ivory　　　　　 ・4977618109905 ：Scarlet　　 ・4977618109929 ：Payne's Gray ・4977618109912 We have introduced a pot made from ultra-low carbon steel. This pot is designed with a slender 1.8-millimeter thickness, ensuring it remains lightweight and practical in the kitchen. When compared to traditional cast iron cookware, this carbon steel pot offers similar efficiency while also providing the advantage of reduced weight. Despite its lightweight construction, this carbon steel pot is exceptionally durable and works seamlessly with induction cooktops. This compatibility ensures consistent heat distribution within the pot, resulting in quick heating. This not only helps conserve energy but also aligns with our dedication to environmental sustainability.