Stainless Steel

M5 A2 stainless steel threaded rod

The A2 stainless steel M5 metric screw has a nominal diameter of 5 millimeters and a standard thread pitch of 0.8 millimeters. It is widely used for fastening medium-load assemblies in machinery, electrical enclosures, and structural frameworks. The screw is available in lengths ranging from 8 to 60 millimeters, allowing precise adaptation to various design requirements. Its tensile strength reaches approximately 500 MPa, while surface hardness varies between 150 and 180 HV. The unit weight is about 0.020 kilograms per 10 centimeters, enabling engineers to calculate total assembly weight and ensure load distribution accuracy in mechanical and structural applications. The fully threaded design ensures secure engagement with nuts and tapped holes, providing consistent load transfer without localized stress concentration.

A2 stainless steel M5 screws offer excellent corrosion resistance, making them suitable for indoor, semi-outdoor, and mildly corrosive industrial environments. The material composition includes approximately 18–20% chromium and 8–10% nickel, which form a passive oxide layer to prevent rust formation. This protective layer remains effective even in humid, coastal, or chemically mild settings, extending the service life of mechanical assemblies. Additionally,

M6 A2 stainless steel threaded rod

The A2 stainless steel M6 metric screw has a nominal diameter of 6 millimeters and a standard thread pitch of 1 millimeter. Its thread depth is approximately 0.6 millimeters, providing secure engagement in nuts or tapped holes. The unit weight is around 0.030 kilograms per 10 centimeters of length, allowing engineers to calculate total assembly weight and ensure proper load distribution. The screw’s surface hardness ranges from 150 to 180 HV, and its tensile strength reaches approximately 500 MPa, providing reliable performance under static and dynamic loads in industrial environments. The fully threaded design with a 60-degree thread angle distributes stress uniformly, reducing the risk of localized failure and ensuring long-term mechanical stability.

A2 stainless steel M6 screws offer excellent resistance to corrosion, rust, and environmental degradation, making them suitable for indoor, semi-outdoor, and mildly corrosive industrial applications. The chemical composition includes 18–20% chromium and 8–10% nickel, forming a passive oxide layer on the surface that protects against oxidation. This protective layer remains effective under high humidity, light chemical exposure, and moderate temperature fluctuations, extending service life. The precision-machined surface an

M8 stainless steel threaded rod

The A2 stainless steel M8 metric screw has a nominal diameter of 8 millimeters and a standard thread pitch of 1.25 millimeters, suitable for fastening medium to heavy industrial components. Its unit weight is approximately 0.050 kilograms per 10 centimeters of length, allowing precise calculation of total assembly weight for mechanical and structural designs. The thread depth is about 0.7 millimeters, and the full-thread design with a 60-degree angle ensures uniform engagement in nuts or tapped holes, preventing stress concentration at connection points. With a surface hardness of 150–180 HV and tensile strength around 500 MPa, the M8 A2 screw provides safe performance under static loads and industrial vibrations.

The A2 M8 stainless steel screw offers excellent corrosion and rust resistance, making it suitable for indoor, semi-humid industrial, and light marine environments. Its chemical composition includes 18–20% chromium and 8–10% nickel, forming a stable passive oxide layer that protects the surface. This protective layer remains effective in humid conditions, exposure to vapor, and mild chemical solutions, extending the service life of assemblies. Smooth and precision-finished threads reduce friction and ensure fast, secure, and reliable assembly for engineers.

14mm stainless steel wire rope

The 14 mm non-magnetic stainless steel wire rope is typically manufactured with a 7X19 construction and offers excellent corrosion and rust resistance. Its austenitic stainless steel composition allows the rope to perform reliably in marine and humid industrial environments without deformation or surface damage. A natural chromium oxide layer on the surface prevents direct contact with moisture and chlorides, extending the rope’s service life.

The alloy composition of the 14 mm non-magnetic stainless steel rope includes approximately 16–18% chromium, 10–14% nickel, and 2–3% molybdenum. This combination provides high chemical resistance, corrosion protection, and significant mechanical strength. Its tensile strength typically ranges from 1570 to 1770 N/mm², enabling it to safely carry heavy industrial loads.

The unit weight of the 14 mm non-magnetic stainless steel wire rope is approximately 1.0 to 1.05 kilograms per meter. This value depends on strand count, wire diameter, and stainless steel density. Accurate weight information is essential for designing suspended structures, cranes, and industrial lifting systems, ensuring precise dead load calculations.

Applications of the 14 mm non-magnetic stainless steel rope are diverse, including marine industries, archi

4mm stainless steel wire rope

The 4 mm stainless steel non-magnetic wire rope with a 7X19 construction is manufactured from austenitic stainless steel, which provides non-magnetic properties. It is commonly produced from AISI 304 or 316 grades, offering excellent resistance to rust and corrosion in humid and marine environments. The unit weight is approximately 0.08 to 0.09 kilograms per meter, depending on steel density and composition. These features make it ideal for marine applications, medical equipment, and architectural systems.

The tensile strength of the 4 mm stainless steel wire rope ranges between 1570 and 1770 N/mm², allowing it to withstand an effective working load of around 900 to 1000 kilograms. Its 7X19 construction, with a higher number of wires, provides superior flexibility compared to simpler designs such as 7X7. This high flexibility makes it suitable for applications where continuous bending is required, significantly extending its service life under dynamic loading.

In terms of abrasion resistance, the 4 mm stainless steel wire rope performs well in industrial environments with repeated contact, while the inherent hardness of stainless steel ensures high durability. Its natural chromium oxide layer forms a passive protective film that prevents rusting even in seawater conditions

12mm stainless steel wire rope

The 12 mm stainless steel 316 wire rope with a common 7X19 construction offers exceptional corrosion and rust resistance. The presence of molybdenum in the alloy enhances resistance to chlorides and aggressive environments. Its composition includes approximately 16–18% chromium, 10–14% nickel, and 2–3% molybdenum, providing both chemical resistance and high mechanical strength. These properties allow the rope to perform reliably in seawater or humid industrial environments.

The unit weight of the 12 mm stainless steel 316 wire rope is approximately 0.75 to 0.78 kilograms per meter. This weight is calculated based on the number of strands and the density of stainless steel. Accurate unit weight information is critical for designing lifting systems, industrial cranes, and suspended structures. It also directly affects dead load calculations and the proper selection of pulleys, clamps, and support hardware.

Applications of the 12 mm stainless steel 316 rope include marine industries, architectural installations, elevators, light-duty cranes, and industrial hoisting systems. The 7X19 construction provides high flexibility and longer service life compared to simpler rope designs. Its abrasion resistance and durability under harsh working conditions increase safety, reduce

8mm stainless steel wire rope

The 8 mm stainless steel wire rope with a 7X19 construction has an approximate unit weight of 0.32 to 0.34 kilograms per meter. This value is calculated based on the density of stainless steel and the number of strands in the rope. Accurate weight data is essential in the design of marine equipment, light-duty lifting systems, and architectural structures, as it directly affects dead load and load-bearing capacity.

In terms of corrosion resistance, the 8 mm stainless steel 316 wire rope performs exceptionally well. The presence of molybdenum in the alloy increases resistance to chlorides and aggressive environments. This property allows the rope to withstand continuous exposure to seawater or high humidity without deformation or rusting. Its surface durability also ensures that the rope maintains a bright and polished appearance over long service periods.

The alloy composition of stainless steel 316 includes approximately 16–18% chromium, 10–14% nickel, and 2–3% molybdenum. This combination provides not only high mechanical strength but also excellent thermal and chemical resistance. The 8 mm stainless steel rope is widely used in marine industries, telecommunication towers, architectural projects, light elevators, and exposed structural applications. The 7X19 constru

5mm stainless steel wire rope

The 5 mm stainless steel 316 wire rope with a 7X19 construction is manufactured from a molybdenum alloyed stainless steel, offering exceptional corrosion resistance. With a tensile strength of 1570 N/mm², it is capable of handling significant tensile loads. Its unit weight is approximately 0.12 to 0.13 kilograms per meter, making precise weight calculations essential in structural design and lifting equipment selection.

The applications of the 5 mm stainless steel 316 wire rope are extensive, covering marine industries, architectural installations, small elevators, and light-duty hoisting systems. The 7X19 construction, with its high number of strands, provides excellent flexibility, allowing smooth operation in pulleys and systems requiring constant bending. This feature ensures not only high mechanical strength but also extended service life under demanding working conditions.

In terms of abrasion resistance, the 5 mm stainless steel 316 rope is slightly less durable than carbon steel in high-friction environments, but the chromium and molybdenum protective layer minimizes wear. Its resistance to rust is outstanding, even in chloride-rich or seawater conditions, ensuring long-term durability. These combined properties make it suitable not only for industrial use but also

Stainless steel stud bolt Carbon steel stud bolt

Stainless steel stud bolts are made from corrosion-resistant alloys such as 304 or 316, typically containing 18% chromium and 8–10% nickel. This composition ensures high resistance against corrosion, rust, and chemical exposure. Their tensile strength typically ranges from 75 to 100 ksi, and they can withstand temperatures up to 870°C. These stud bolts are manufactured in compliance with international standards such as ASTM A193 B8 or B8M. Threads are available in both metric and inch sizes, and the surface undergoes precise machining. Stainless steel stud bolts are ideal for use in corrosive environments such as petrochemical plants, food processing industries, and marine applications.

Carbon steel stud bolts are produced from alloy or high-strength carbon steel, usually hardened and tempered through heat treatment. They typically provide a minimum tensile strength of 125,000 psi and a yield strength of 105,000 psi. Main alloying elements include carbon, manganese, chromium, and molybdenum. These bolts are manufactured according to ASTM A193 B7 or DIN 975 standards. The surface is often coated with zinc galvanized or Dacromet to prevent corrosion. This type of stud bolt is widely used in oil, gas, steam, and high-pressure industrial applications, especially for flange an

10mm stainless steel wire rope

The 10 mm non-magnetic stainless steel wire rope with a common 7X19 construction has an approximate unit weight of 0.50 to 0.52 kilograms per meter. This weight is determined by the high density of stainless steel and the number of strands. Knowing the exact unit weight is essential for designing suspended structures, stainless steel railings, and industrial lifting systems, as it directly affects dead load and load-bearing capacity.

In terms of strength and alloy composition, the 10 mm non-magnetic wire rope is typically made from austenitic stainless steel, such as AISI 304 or 316. It provides excellent resistance to corrosion, humidity, and chemical exposure, making it suitable for marine and industrial environments. Its tensile strength ranges from 1570 to 1770 N/mm², allowing it to handle heavy loads of up to approximately 3 tons safely.

The applications of the 10 mm non-magnetic stainless steel rope are extensive, including marine industries, architectural structures, elevators, hoisting systems, and visible or decorative installations. The 7X19 construction offers high flexibility, enabling continuous bending over pulleys and curved paths. Its abrasion resistance and long service life ensure increased safety and durability in demanding working conditions.

6mm stainless steel wire rope

The 6 mm stainless steel 316 wire rope with a common 7X19 construction has a unit weight of approximately 0.22 to 0.24 kilograms per meter. This weight is determined by the high density of stainless steel and the number of strands. Accurate weight values are crucial in the design of lifting systems, stainless steel railings, and marine equipment since they affect dead load calculations and load-bearing capacity.

The applications of the 6 mm stainless steel 316 wire rope are highly versatile, including marine industries, architectural projects, stainless steel railings, elevators, and light-duty lifting operations. Its 7X19 construction provides excellent flexibility, making it suitable for curved paths and pulley systems. Furthermore, its strong resistance to bending fatigue ensures longer service life in dynamic and continuously moving systems.

In terms of corrosion resistance, stainless steel 316 performs better than 304 due to the addition of molybdenum, especially in chloride-rich environments. This rope remains resistant to seawater exposure without pitting or rusting, while maintaining a bright and durable surface. Mechanically, it offers a tensile strength of around 1570 N/mm², allowing it to handle tensile loads in the range of 1.8 to 2 tons safely.

stainless steel stud bolt

Stainless steel stud bolts are manufactured from corrosion-resistant steel grades such as 304, 316, and 321. Their chemical composition includes approximately 18% chromium and 8–10% nickel. This alloy ensures structural stability at elevated temperatures up to 870°C. The tensile strength typically ranges between 515 and 860 MPa, while yield strength falls between 205 and 520 MPa. Threads are machined to metric or inch standards, with precise tolerance classes such as 6g or 2A. Most surfaces are plain and polished, although passivated or electroplated finishes may be used in specific applications.

Stainless steel stud bolts are engineered for corrosive environments such as refineries, chemical plants, and marine applications. They show excellent resistance to sulfuric acid, chloride, and salt-laden steam. These stud bolts are usually paired with stainless steel nuts like A194 Grade 8 or A2-70. In high-pressure flange systems, Grade 316 is preferred due to its molybdenum content, offering superior resistance to pitting corrosion. Surface hardness ranges from 150 to 250 Brinell, supporting ease of installation and creep resistance. Dimensions comply with ASME B18.31.2 or DIN 976 standards, ensuring compatibility across industrial systems.

16mm stainless steel wire rope

The 16 mm non-magnetic stainless steel wire rope with a common 7X19 construction is widely used in marine applications due to its high resistance to rust and corrosion. It can operate reliably in seawater, high humidity, and harsh weather conditions without performance loss. Its anti-corrosion properties ensure long-term durability for ships, docks, and coastal lifting equipment while minimizing maintenance requirements.

The chemical composition of the 16 mm non-magnetic stainless steel rope includes approximately 16–18% chromium, 10–14% nickel, and 2–3% molybdenum. This alloy provides not only excellent corrosion resistance but also enhanced hardness and mechanical strength. Its tensile strength typically ranges from 1570 to 1770 N/mm², enabling it to safely handle heavy industrial and marine loads.

The unit weight of the 16 mm non-magnetic stainless steel wire rope is approximately 1.3 to 1.35 kilograms per meter, determined by its diameter and strand count. It is suitable for marine and industrial use in elevators, light-duty cranes, hoisting systems, and architectural structures. High flexibility and abrasion resistance increase service life and improve overall safety in demanding working conditions.

Stainless steel 304 threaded rod

Stainless steel 304 threaded rod is one of the most widely used types of threaded fasteners in various industries due to its specific chemical composition and excellent corrosion resistance. The alloy contains 18% chromium and 8% nickel, which ensures stability in humid and high-temperature environments. The tensile strength of stainless steel 304 threaded rods in the annealed condition is approximately 520 MPa, while the yield strength is around 210 MPa. These rods are typically produced in metric sizes ranging from M3 to M36, with lengths up to 3000 mm, and they can operate reliably in a temperature range from -40 to 425 degrees Celsius.

From a mechanical perspective, the hardness of stainless steel 304 threaded rods usually falls between 70 and 95 Brinell, with a shear strength of about 300 MPa. The thread tolerance is defined according to ISO 965 in class 6g, ensuring high precision in industrial assemblies. The density of this alloy is 7.9 g/cm³, and the weight per meter depends on the rod diameter. In addition to applications in the food and pharmaceutical industries, stainless steel 304 threaded rods are also used in electrical environments due to their non-magnetic properties.

AISI 316 stainless steel threaded rod

AISI 316 stainless steel threaded rod is one of the most widely used fasteners in marine, chemical, and food industries due to its unique chemical composition and high resistance. This alloy contains approximately 16–18% chromium, 10–14% nickel, and 2–3% molybdenum, which ensures stability against chloride-induced corrosion. The tensile strength of AISI 316 threaded rod is typically in the range of 515–700 MPa, while its yield strength is about 205 MPa. The standard working temperature range for this alloy is from -50 to 870 °C, providing long-term performance in acidic or humid environments.

Dimensionally, AISI 316 stainless steel threaded rods are produced in sizes from M3 to M36 with lengths ranging from 100 to 3000 mm, and threads are manufactured according to ISO 965 tolerance class 6g. The surface hardness of this alloy generally falls between 79 and 95 Brinell, which is equivalent to approximately 20–25 Rockwell C. Its salt spray test resistance exceeds 1000 hours without rust formation, making it ideal for marine environments. Using AISI 316 threaded rods increases structural lifespan and reduces maintenance costs in critical systems.

Stainless steel Allen Bolt

Stainless steel Allen bolts are made from corrosion-resistant alloys such as A2 304 and A4 316, with tensile strengths ranging from 500 to 700 MPa. These bolts are produced in diameters from 3 to 24 millimeters and lengths from 6 to 200 millimeters, complying with DIN 912 and ISO 4762 standards. The bolt head angle is typically 90 degrees, and head types can be cylindrical or button-shaped. The surface is polished or brushed to enhance resistance against rust and wear. Due to their corrosion resistance and adequate strength, stainless steel Allen bolts are widely used in food processing, medical, marine, and chemical industries.

The threads of stainless steel Allen bolts are usually designed based on ISO standards in coarse or fine pitches, with manufacturing tolerances of ±0.1 millimeters. After heat treatment or annealing, the surface hardness ranges between 200 and 400 Vickers, providing a balanced combination of hardness and flexibility. These bolts offer high resistance to mechanical stress and environmental corrosion and are easily installed with Allen wrenches. Stainless steel Allen bolts are the ideal choice for precise applications and corrosive environments.

stainless steel cap screw

Stainless steel Allen bolts are made from corrosion-resistant alloys such as A2 equivalent to 304 and A4 equivalent to 316, with tensile strengths ranging from 500 to 700 MPa. These bolts are typically manufactured in diameters from 3 to 24 millimeters and lengths from 6 to 200 millimeters. The head design features an internal hexagon with a 90-degree angle, produced according to DIN 912 or ISO 4762 standards. A2 grade is suitable for general environments, while A4 is ideal for acidic and marine conditions. The surface is available in brushed or polished finishes to enhance corrosion and rust resistance.

The threads of stainless steel Allen bolts are usually designed according to ISO standards, available in both coarse and fine pitches, and machined with ±0.1 millimeter tolerances. These bolts come in both full-thread and half-thread versions and maintain stable mechanical properties at temperatures up to 400 degrees Celsius. Surface hardness ranges from 200 to 400 Vickers and is controlled through annealing or cold working. Their use is common in food, chemical, pharmaceutical, and medical equipment industries due to their hygienic and corrosion-resistant properties.

12X70 stainless steel allen screw

The 12X70 stainless steel 304 Allen screw with a cylindrical head, manufactured according to DIN 912, has a nominal diameter of 12 millimeters and a length of 70 millimeters, suitable for heavy industrial assemblies. Its thread pitch is 1.75 millimeters with a thread depth of approximately 1.2 millimeters, ensuring uniform engagement and stress-free force transfer. The unit weight is around 0.175 kilograms per 10 centimeters of length, allowing precise calculation of total assembly weight and load analysis. The cylindrical head with an Allen socket enables consistent torque application and secure installation in machinery and industrial equipment.

This screw is made from AISI 304 stainless steel, containing 18–20% chromium and 8–10% nickel, providing excellent corrosion and rust resistance. High wear resistance and smooth threads allow repeated assembly and disassembly without thread damage. It also offers significant resistance to dilute acids and environmental corrosive agents. With a surface hardness between 150 and 180 HV, the 12X70 304 stainless steel Allen screw ensures durable and stable performance in industrial, marine, and humid environments.

M8X50 304 stainless steel allen bolt

The M8X50 stainless steel 304 Allen screw, manufactured according to DIN 912, has a nominal diameter of 8 millimeters and a length of 50 millimeters, suitable for medium-load industrial assemblies. It is made from AISI 304 stainless steel, containing 18–20% chromium and 8–10% nickel, providing excellent corrosion and rust resistance. The threads have a pitch of 1.25 millimeters and a depth of approximately 0.8 millimeters, ensuring uniform engagement and stress-free force transfer. The Allen socket head allows precise torque application and secure installation in machinery and industrial equipment.

The tensile strength of the M8X50 304 stainless steel Allen screw is approximately 500 MPa, with a surface hardness between 150 and 180 HV, ensuring durability and safety under static and light dynamic loads. Its outstanding corrosion resistance makes it suitable for humid, marine, and mild chemical environments. Production according to DIN 912 guarantees dimensional uniformity, precise threads, and stable mechanical performance, making the M8X50 Allen screw ideal for machinery frames, metal structures, electrical panels, and light industrial equipment.

NORGREN stainless steel solenoid valve

The NORGREN stainless steel solenoid valve is an industrial-grade electrovalve designed for precise control of gaseous, vapor, or liquid media in harsh environments. It is available in direct-acting or pilot-operated configurations with a 2/2-way design, suitable for pressures up to 16 bar. The operating voltage options include 24V DC or 230V AC, with a power consumption between 3 and 6 watts. The body is made of AISI 316 stainless steel, offering excellent resistance to corrosion, chemicals, and moisture. The operating temperature range spans from -10°C to +180°C, and the sealing materials are PTFE or FKM depending on the medium type.

The NORGREN stainless steel solenoid valve features a DIN 43650A standard connector with IP65 protection and supports both vertical and horizontal installation. Its response time is under 25 milliseconds, and it has a service life exceeding 10 million cycles. The process connections are available in G1/4 to G1 threaded types depending on the model. Designed according to CE, ATEX, and ISO 5599 standards, this valve is ideal for use in food processing, pharmaceutical, petrochemical, and high-precision fluid transfer systems.

Stainless steel exhaust of the Caterpillar 950 loader

The stainless steel exhaust system of the Caterpillar 950 loader is constructed from grade 304 steel alloyed with chromium and nickel to ensure high resistance to heat, corrosion, and vibration. The system includes an exhaust manifold, reinforced mid-pipe, multi-stage silencer, and a 45-degree vertical outlet. The internal pipe diameter ranges from 75 to 90 millimeters, with a wall thickness of approximately 2 millimeters. The silencer’s multilayer ceramic fiber structure reduces engine noise by up to 41 decibels. All joints are TIG welded to prevent gas leakage and enhance system durability.

In the design of the stainless steel Caterpillar 950 loader exhaust, gas flow is engineered to maintain back pressure below 7 percent of engine power. The high-temperature surface coating withstands up to 920 degrees Celsius, preventing oxidation and discoloration. The total system weight ranges from 18 to 23 kilograms, allowing direct installation on the main chassis. A dual-layer thermal insulator in the central section prevents heat transfer to the air filter and fuel system, improving operational safety and reliability.

M10X50 stainless steel allen screw

The M10X50 stainless steel 304 Allen screw has a nominal diameter of 10 millimeters and a length of 50 millimeters, suitable for medium to heavy industrial assemblies. The threads have a pitch of 1.5 millimeters and a depth of approximately 1 millimeter, ensuring uniform engagement and stress-free load transfer. Its unit weight is around 0.105 kilograms per 10 centimeters of length, allowing precise calculation of total assembly weight and load analysis. The hexagonal Allen socket head enables consistent torque application and secure installation in machinery and industrial equipment.

This screw is made from AISI 304 stainless steel, containing 18–20% chromium and 8–10% nickel, providing excellent corrosion and rust resistance. The smooth surface and dimensional uniformity offer high wear resistance and allow repeated assembly and disassembly without thread degradation. Its tensile strength is approximately 500 MPa, and surface hardness ranges from 150 to 180 HV, ensuring durable and stable performance in industrial, humid, and marine environments.

316 Non-Magnetic Stainless Steel Spring

316 Non-Magnetic Stainless Steel Spring: A Reliable Choice for Corrosive and Sensitive Environments

The 316 non-magnetic stainless steel spring is one of the most widely used types of metal springs in demanding industrial applications and corrosive environments. These springs are made from grade 316 stainless steel, known for its unique alloy composition that offers exceptional resistance to rust, acids, salt, and moisture. The term "non-magnetic" refers to the low magnetic permeability of this steel, making it ideal for use in electronic and medical equipment.

Compared to springs made from 304 stainless steel or conventional spring steel, 316 non-magnetic stainless steel springs deliver superior performance under harsh conditions. They not only resist corrosion effectively but also maintain their mechanical integrity under temperature fluctuations and high pressure. If you
e looking for a corrosion-resistant spring for aggressive environments, the 316 stainless steel non-magnetic spring is your best choice.

Bertolini RA Series Piston Pump with Stainless Steel Head

The Bertolini RA Series Piston Pump with Stainless Steel Head is one of the most powerful and durable solutions for industrial, chemical, and water treatment applications. Designed in Italy and built with 316-grade stainless steel in the pump head, it offers exceptional resistance to corrosion, high pressure, and elevated temperatures.

If you
e looking for a high-pressure industrial piston pump for reverse osmosis systems, heavy-duty car washes, or CIP processes, the RA model from Bertolini is a professional and reliable choice.

Contact our technical team today for expert consultation and pricing on the Bertolini RA piston pump with stainless steel head—and equip your operation with premium performance at the best value.

3mm stainless steel rope

Stainless steel wire rope can be supplied in small sizes from 0.4 mm up. Light weight steel towing wire, unlike larger sizes that are offered on wooden reels, often have polymer plastic reels because their light weight prevents the polymer body of the reel from breaking.
3 mm steel wire rope is often found in the market in 7X19 structure and in 316 grade, it is found in 1000 and sometimes 2000 meter spools. Non-absorbing wire means not being attracted by a magnet, which happens for steel grade 316 steel wire ropes due to the low percentage of molybdenum in the alloy, which, in addition to not being attracted to magnets, has a higher environmental resistance against rusting in acidic environments. and brings chloride.

6X19 stainless steel wire rope

The 6X19 structure is the most widely used steel wire rope structure, which uses 6 strands of 19 steel wire around a core. 316 stainless steel tow wire core with 6X19 structure is actually a 7X7 steel tow wire with smaller diameter wires. In fact, two different wire diameters are used in the entire structure of stainless steel 316 wire rope with a 6x19 structure. Do not use stainless steel grade 316, which is not attracted to magnets, it is used in the production of 6X19 steel wire rope, the chemical composition of Chinese samples is mostly 18-10-2, which in their alloy composition is 18% chromium, 8% nickel and 2% Molybdenum, which is all three metal elements and all three super active metals, has been used.

316 stainless steel chain

In general, steel chains in grades 304 and 316 are the most common types of steel and often have much more uses.
316 stainless steel chains have anti-corrosion properties and are resistance to moisture, corrosion and rot.
This type of chain has no magnetic absorption properties.
In the structure of 316 stainless steel chains, in addition to chromium and nickle elements, another element with a small percentage called Molybdenum is used, which has a significant effect on reducing the absorption of magnetic fields.
Our collection offers a variety of industrial products, including steel wire ropes, industrial chains, etc...
Our experts are ready to answer your questions and requests about all products.

stainless steel 316 wire rope

Technically, steel wire rope is very different from stainless steel wire rope, although in Farsi they use the word steel instead of stainless steel. Steel tow wire is called steel wire rope in English, while stainless steel tow wire is the same as stainless wire rope.
Steel towing wire is used in the sense that it is considered stainless in English without the need for surface plating and with an acceptable resistance to rust in contact with water and humidity. In fact, the reason for the rusting of the steel tow wire is the high inclination, which has a high percentage of iron in the alloy composition of this grade of tow wire.

thin stainless steel wire rope

Stainless steel towing wire is produced in small or small sizes from 0.45 mm to 8 mm in diameter. This steel wire rope is produced in AISI 316 grade, which is also known as marine grade. Various structures of small load steel towing wire are used in industries, 1X7, 1X19, 7X7, 7X19 are the most practical ones. The 7X7 structure of stainless steel wire rope is used in the production of marine rail guards that define the range of action of fishermen.
Stainless steel wire rope is often wrapped on PP plastic spools and sold in 1000 meter spools.

G316 stainless steel wire rope

G316 Steel wire rope is stainless steel, but in different grades, it has stainless properties in different conditions and in contact with different materials. In contact with acids, bases and chlorine-containing compounds, the most ideal grade of stainless steel towing wire is grade 316, which is famous for not being attracted to magnets. If corrosive environmental factors are present in your working conditions with a lower percentage, the use of 304 steel wire rope, which is known for its durability, is recommended due to its lower price.

Stainless steel pump

Stainless steel pumps are manufactured from grade 316 or 316L and offer a very long service life. These steel pumps come in a variety of designs, most commonly centrifugal pumps. The steel construction contains chromium and nickel elements, which provide excellent corrosion resistance. However, in terms of operating pressure, stainless steel pumps do not match the capabilities of steel-bodied pumps and have lower tensile strength. Import and supply of various stainless steel pumps are available.

stainless steel threaded rod

Stainless steel threaded rods are available in low diameters with 1 meter length and sometimes in higher diameters up to 3 meters of length. both grades of 304 and 316 of stainless steel threaded rod are available that both have equal mechanical properties however Grade 316 has better resistance against corrosive materials. due to the lower tensile strength of stainless steel compared to carbon steel in most cases Coarse threads are used on the surface of stainless steel threaded rods.

Lowara DIWA Stainless Steel Submersible Pump

Buy Lowara DIWA Stainless Steel Submersible Pump – High Quality and Corrosion Resistance The Lowara DIWA stainless steel submersible pump is one of the best choices for transferring clean water in residential, industrial, and agricultural settings. With a fully stainless steel body, this electropump delivers reliable performance in humid and corrosive environments. It is ideal for draining water from tanks, pools, shallow wells, and light wastewater applications.

Stainless steel pully

Stainless steel pully is one of the subcategories of stainless steel wire rope rigging. stainless steel pully acts as a passage for all kinds of ropes including stainless steel wire rope, PP and other synthetic ropes and natural ropes. stainless steel pully is available in both single and double sides and can be used in G304 grade of stainless steel as well as G316 stainless steel. G316 has better resistance against chlorides and shows no interest in magnetic fields.

Magnetic Stainless Steel 304 Spring

The 304 magnetic stainless steel spring is one of the most widely used components across various industries. Thanks to its unique alloy composition and magnetic properties, it is ideal for applications that demand high mechanical strength and resistance to corrosion. This durable product performs well in industrial environments and can be used in a wide range of machinery and mechanical equipment. For expert consultation and to place your order, contact us today.

Stainless steel terminal

Stainless steel terminals are used along with stainless steel wire rope of shaping a wire rope structure. stainless steel terminal is connected on one side with the stainless steel wire rope and on the other side passes the stainless steel structure and fits using a pin. there are two grades of stainless steel terminal that are used in industries including G304 and G316 with equal mechanical properties but roughly superiority of G316.

stainless steel wing nut

Wing nut or winged nut is a type of industrial nuts that can be connected by hand without the need for a wrench. stainless steel wing nut is produced from stainless grades and has a wide range of uses. wing steel nut is often used in cases where the nut needs to be opened and closed frequently. The steel nut is often produced as a weld and is formed by connecting two steel blades on both sides on a conical or dome-shaped steel body.

Stainless steel chain

Stainless steel chain that is used without any surface coating is very strong against many natural corrosive substances and resists well against humidity and water. stainless steel grade 304 that is mildly absorbed by magnets has also lower environmental resistance against corrosion compared to grade 316 stainless steel. stainless steel chain is produced by hot forging process and has the tensile strength of 1570 N/mm2.

7X19 stainless steel wire rope

Steel wire rope with a tensile strength of 1570 N/mm2 and available in two grades, grip and non-grip. The stainless steel tow wire is made of grade 304 steel and the stainless steel pull wire is made of grade 316 steel. Compared to steel wire rope, steel towing wire has both wear resistance and lower tensile strength, but it is still used in many industries, including marine, due to its resistance to rust.

Banister stainless steel wire rope

Stainless steel wire is used in the production of wire fences. Stainless steel wire in grade 316 is often used in the connections of wire fences in villas, gardens and spaces. 316 stainless steel fittings such as steel hooks, steel hooks, steel restraints, steel towing boxes, steel sockets and steel terminals are used in the production of towing wire fences.

Stainless steel wing nut

wing nut, which is known as wing nut in English, is a special type of industrial nut that is often produced in low grades of iron or stainless steel grades. wing nut is used in sizes M3 to M24 and its body is often either hot forged or welded. wing nut does not need high tension to connect, and therefore it is closed manually using fingers.

Stainless steel wire rope 316

wire rope made of steel is produced in two grades 304 and 316, which have the same mechanical characteristics and have tensile strength and equal flexibility.
They do not react against the magnetic field.
This type of wire rope rusts in contact with water and moisture, but this amount of rust is very low and occurs at a low speed.

Round stainless steel turnbuckle

Round stainless steel turnbuckles are usually used in G316 of stainless steel and are available in various inch sizes. stainless steel turnbuckles are used mostly in decoration and banisters.

G316 stainless steel turnbuckle

G316 turnbuckle has equal tensile strength to G304. the main difference of two grades of stainless steel turnbuckle is in stain resistance which is higher for G316.