廣杉計器 Product Lineup

■Features - It is an insulating bush made of MC nylon. - A bush generally refers to a cylindrical or donut-shaped mechanical component used to fill gaps between parts. - It is used as a bearing component that fits into the shafts or tubular members of mechanical parts to fill gaps or provide cushioning. - Resin bushes are excellent in insulation and chemical resistance, and unlike metals, they do not rust, making them suitable for lightweight applications, chemical resistance, and insulation. - They are strong against chemicals and corrosion, allowing for use in liquids.

• Plastic bearings

■Features - This is an insulating bush made of PPS. - Generally, a bush refers to a cylindrical or donut-shaped mechanical component that serves to fill the gaps between parts. - It is used as a bearing component that fits into the shafts or tubular members of mechanical parts to fill gaps or provide cushioning. - Resin bushes are excellent in insulation and chemical resistance, and unlike metals, they do not rust, making them suitable for lightweight applications, chemical resistance, and insulation. - They are strong against chemicals and corrosion, allowing for use in liquids.

• Plastic bearings

■Features ・This is an insulating bush made by Peak. ・A bush generally refers to a cylindrical or donut-shaped mechanical component used to fill gaps between parts. ・It is used as a bearing component that fits into shafts or tubular materials of mechanical parts to fill gaps or provide cushioning. ・Resin bushes are excellent in insulation and chemical resistance, and unlike metals, they do not rust, making them suitable for lightweight applications, chemical resistance, and insulation. ・They are strong against chemicals and corrosion, allowing for use in liquids.

• Plastic bearings

■Features - This is an insulating bush made by Peak. - A bush generally refers to a cylindrical or donut-shaped mechanical component that serves to fill the gaps between parts. - It is used as a bearing component that fits into the shafts of mechanical parts or tubular materials to fill gaps or provide cushioning. - Resin bushes are excellent in insulation and chemical resistance, and unlike metals, they do not rust, making them suitable for lightweight applications, chemical resistance, and insulation. - They are strong against chemicals and corrosion, allowing for use in liquids.

• Plastic bearings

■Features - It is an insulating bush made of PBT. - A bush generally refers to a cylindrical or donut-shaped mechanical component used to fill gaps between parts. - It is used as a bearing component that is fitted into shafts or tubular members of mechanical parts to fill gaps or provide cushioning. - Resin bushes are excellent in insulation and chemical resistance, and unlike metals, they do not rust, making them suitable for lightweight applications, chemical resistance, and insulation. - They are strong against chemicals and corrosion, allowing for use in liquids.

• Plastic bearings

■Features ・This is an insulating bushing made of PTFE. ・A bushing generally refers to a cylindrical or donut-shaped mechanical component used to fill gaps between parts. ・It is used as a bearing component that fits onto the shafts or tubular members of machine parts to fill gaps or provide cushioning. ・Resin bushings are excellent in insulation and chemical resistance, and unlike metals, they do not rust, making them suitable for lightweight applications, chemical resistance, and insulation. ・They are strong against chemicals and corrosion, allowing for use in liquids.

• Plastic bearings

■Features - It is an insulating bush made of black Duracon (POM). - A bush generally refers to a cylindrical or donut-shaped mechanical component used to fill gaps between parts. - It is used as a bearing component that fits onto shafts or tubular materials of mechanical parts to fill gaps or provide cushioning. - Resin bushes are excellent in insulation and chemical resistance, and unlike metals, they are lightweight and do not rust, making them suitable for applications requiring weight reduction, chemical resistance, and insulation. - They are strong against chemicals and corrosion, allowing for use in liquids.

• Plastic bearings

■Features - It is an insulating bushing made of Duracon (POM). - A bushing generally refers to a cylindrical or donut-shaped mechanical component used to fill gaps between parts. - It is used as a bearing component that fits onto shafts or tubular members of machine parts to fill gaps or provide cushioning. - Resin bushings are excellent in insulation and chemical resistance, and unlike metals, they are lightweight and do not rust, making them suitable for weight reduction, chemical resistance, and insulation purposes. - They are strong against chemicals and corrosion, allowing for use in liquids.

• Plastic bearings

■Features ・This is a bush made of aluminum (black anodized). ・A bush generally refers to a cylindrical or donut-shaped mechanical component used to fill gaps between parts. ・It is used as a bearing component that is fitted into shafts or tubular materials of mechanical parts to fill gaps or provide cushioning. ・Metal bushes excel in mechanical strength and heat resistance, making them suitable for a wide range of applications as mechanical element components in bearings. ・We offer a variety of sizes and treated products, primarily in brass, stainless steel, aluminum, and iron.

• Metal bearings

■Features - It is an aluminum bush. - A bush generally refers to a cylindrical or donut-shaped mechanical component used to fill gaps between parts. - It is used as a bearing component that fits into shafts or tubular members of mechanical parts to fill gaps or provide cushioning. - Metal bushes excel in mechanical strength and heat resistance, making them suitable for a wide range of applications as mechanical element components for bearings. - We offer a variety of sizes and processed products, primarily in brass, stainless steel, aluminum, and iron.

• Metal bearings

■Features - This is a bushing made of iron (trivalent chromium). - A bushing generally refers to a cylindrical or donut-shaped mechanical component used to fill gaps between parts. - It is used as a bearing component that fits into shafts or tubular materials in machinery to fill gaps or provide cushioning. - Metal bushings excel in mechanical strength and heat resistance, making them suitable for a wide range of applications as mechanical element components in bearings. - We offer a variety of sizes and processed products, primarily in brass, stainless steel, aluminum, and iron.

• Metal bearings

■Features - This is a bush made of brass (without plating). - Generally, a bush refers to a cylindrical or donut-shaped mechanical component used to fill gaps between parts. - It is used as a bearing component that fits into shafts or tubular materials of mechanical parts to fill gaps or provide cushioning. - Metal bushes are excellent in mechanical strength and heat resistance, making them suitable for a wide range of applications as mechanical element components in bearings. - We offer a variety of sizes and processed products primarily in brass, stainless steel, aluminum, and iron.

• Metal bearings

■Features - This is a bush made of brass (nickel-plated). - A bush generally refers to a cylindrical or donut-shaped mechanical component that serves to fill the gaps between parts. - It is used as a bearing component that fits into the shafts or tubular members of machine parts to fill gaps or provide cushioning. - Metal bushes excel in mechanical strength and heat resistance, making them suitable for a wide range of applications as mechanical element components in bearings. - We offer a variety of sizes and treated products, primarily made of brass, stainless steel, aluminum, and iron.

• Metal bearings

■Features - This is a lead-free, high-speed cutting aluminum (black anodized) bush. - Generally, a bush refers to a cylindrical or donut-shaped mechanical component used to fill gaps between parts. - It is used as a bearing component that fits into shafts or tubular materials in machinery to fill gaps or provide cushioning. - Metal bushes are excellent in mechanical strength and heat resistance, making them suitable for a wide range of applications as mechanical element components in bearings. - We offer a variety of sizes and treated products, primarily made of brass, stainless steel, aluminum, and iron.

• Metal bearings

■Features - This is a lead-free, easy-cut aluminum (pickled) bush. - A bush generally refers to a cylindrical or donut-shaped mechanical component used to fill gaps between parts. - It is used as a bearing component that fits into shafts or tubular members of mechanical parts to fill gaps or provide cushioning. - Metal bushes are excellent in mechanical strength and heat resistance, making them suitable for a wide range of applications as mechanical element components in bearings. - We offer a variety of sizes and processed products, primarily in brass, stainless steel, aluminum, and iron.

• Metal bearings

■Features - This is a lead-free, easy-cut aluminum (pickled) bush. - A bush generally refers to a cylindrical or donut-shaped mechanical component used to fill gaps between parts. - It is used as a bearing component that fits into shafts or tubular materials of mechanical parts to fill gaps or provide cushioning. - Metal bushes are excellent in mechanical strength and heat resistance, making them suitable for a wide range of applications as mechanical element components in bearings. - We offer a variety of sizes and processed products, primarily in brass, stainless steel, aluminum, and iron.

• Metal bearings

■Features ・This is a bush made of iron (trivalent chromium). ・A bush generally refers to a cylindrical or donut-shaped mechanical component that serves to fill the gaps between parts. ・It is used as a bearing component that fits into shafts or tubular members of machine parts to fill gaps or provide cushioning. ・Metal bushes are excellent in mechanical strength and heat resistance, making them suitable for a wide range of applications as mechanical element components in bearings. ・We offer a variety of sizes and treated products, primarily made of brass, stainless steel, aluminum, and iron.

• Metal bearings

■Features - This is a bush made of stainless steel (SUS303). - A bush generally refers to a cylindrical or donut-shaped mechanical component used to fill gaps between parts. - It is used as a bearing component that fits into shafts or tubular members of mechanical parts to fill gaps or provide cushioning. - Metal bushes excel in mechanical strength and heat resistance, making them suitable for a wide range of applications as mechanical element components in bearings. - We offer a variety of sizes and processed products, primarily in brass, stainless steel, aluminum, and iron.

• Metal bearings

■Features ・This is a bush made of brass (without plating). ・A bush generally refers to a cylindrical or donut-shaped mechanical component used to fill gaps between parts. ・It is used as a bearing component that fits into shafts or tubular materials of mechanical parts to fill gaps or provide cushioning. ・Metal bushes excel in mechanical strength and heat resistance, making them suitable for a wide range of applications as mechanical element components in bearings. ・We offer a variety of sizes and processed products primarily in brass, stainless steel, aluminum, and iron.

• Metal bearings

■Features ・This is a bush made of brass (with Ni plating). ・A bush generally refers to a cylindrical or donut-shaped mechanical component used to fill gaps between parts. ・It is used as a bearing component that fits into shafts or tubular members of mechanical parts to fill gaps or provide cushioning. ・Metal bushes have excellent mechanical strength and heat resistance, making them suitable for a wide range of applications as bearing components. ・We offer a variety of sizes and treated products, primarily made of brass, stainless steel, aluminum, and iron.

• Metal bearings

■Features - This is a flat washer made of silicone rubber 50. - Washers are generally used by placing them between the screw and the workpiece when tightening screws, to prevent loosening of the screw, protect the fastening surface from damage, and stabilize the seating surface. - Washers are thin, disc-shaped, and have a hole in the center for the screw to pass through. - By inserting a flat washer between the screw and the workpiece, the seating area is expanded, reducing the surface pressure on the target material, thereby maintaining a consistent fastening force, preventing loosening of the screw, protecting the fastening surface from damage, and stabilizing the seating surface. - Refers to flat washers, round washers, round washers, and plain washers (sometimes abbreviated as "W"). - Compliant with EU-RoHS2.

• Other machine elements

■Features - This is a flat washer made of Hane Night (V-0). - Washers are generally used by placing them between the screw and the workpiece when tightening screws, to prevent loosening of the screw, protect the fastening surface from damage, and stabilize the seating surface. - Washers are thin, disc-shaped, and have a hole in the center for passing the screw through. - By placing a flat washer between the screw and the workpiece, the seating area is enlarged, reducing the surface pressure on the target material, maintaining a certain fastening force, and preventing loosening of the screw, protecting the fastening surface from damage, and stabilizing the seating surface. - Refers to flat washers, round washers, round washers, and plain washers (sometimes abbreviated as "W"). - Compliant with EU-RoHS2.

• Other machine elements

■Features - This is a flat washer made of Hane Night material. - Washers are generally used by placing them between the screw and the workpiece when tightening screws, to prevent loosening of the screw, protect the fastening surface from damage, and stabilize the seating surface. - Washers are thin, disc-shaped, and have a hole in the center for passing the screw through. - By inserting a flat washer between the screw and the workpiece, the seating area is enlarged, reducing the surface pressure on the target material, thereby maintaining a certain fastening force, preventing loosening of the screw, protecting the fastening surface from damage, and stabilizing the seating surface. - Refers to flat washers, round washers, round washers, and plain washers (sometimes abbreviated as "W"). - Compliant with EU-RoHS (6 substances).

• Other machine elements

■Features - It is a flat washer made of fluororubber. - Washers are generally used by placing them between the screw and the workpiece when tightening screws, to prevent loosening of the screw, protect the fastening surface from damage, and stabilize the seating surface. - Washers are thin, disc-shaped, and have a hole in the center for the screw to pass through. - By placing a flat washer between the screw and the workpiece, the contact area is increased, reducing the surface pressure on the material, thereby maintaining a certain fastening force, preventing loosening of the screw, protecting the fastening surface from damage, and stabilizing the seating surface. - Refers to flat washers, round washers, round washers, and plain washers (sometimes abbreviated as "W"). - Compliant with EU-RoHS2.

• Other machine elements

■Features - This is a flat washer made of urethane rubber. - Washers are generally used by placing them between the screw and the workpiece when tightening screws, to prevent loosening of the screw, protect the fastening surface from damage, and stabilize the seating surface. - Washers are thin, disc-shaped, and have a hole in the center for the screw to pass through. - By placing a flat washer between the screw and the workpiece, the contact area is increased, reducing the surface pressure on the material, thereby maintaining a certain fastening force, preventing loosening of the screw, protecting the fastening surface from damage, and stabilizing the seating surface. - Refers to flat washers, round washers, round washers, and plain washers (sometimes abbreviated as "W"). - Compliant with EU-RoHS2.

• Other machine elements

■Features - This is a flat washer made of silicone rubber with a hardness of 70°. - Washers are generally used by placing them between a screw and the workpiece when tightening screws, to prevent loosening of the screw, protect the fastening surface from damage, and stabilize the seating surface. - Washers are thin, disc-shaped, and have a hole in the center for the screw to pass through. - By inserting a flat washer between the screw and the workpiece, the contact area is increased, reducing the surface pressure on the material, thereby maintaining a certain fastening force and preventing loosening of the screw, protecting the fastening surface from damage, and stabilizing the seating surface. - Refers to flat washers, round washers, round washers, and plain washers (sometimes abbreviated as "W"). - Compliant with EU-RoHS2.

• Other machine elements

■Features - This is a flat washer made of EPDM (ethylene propylene rubber). - Washers are generally used by placing them between the screw and the workpiece when tightening screws, to prevent loosening of the screw, protect the fastening surface from damage, and stabilize the seating surface. - The washer is a thin, disc-shaped component with a hole in the center for the screw to pass through. - By inserting a flat washer between the screw and the workpiece, the contact area is increased, reducing the surface pressure on the material, which helps maintain a consistent fastening force, prevents loosening of the screw, protects the fastening surface from damage, and stabilizes the seating surface. - It refers to flat washers, round washers, and plain washers (sometimes abbreviated as "W"). - Compliant with EU-RoHS2.

• Other machine elements

■Features - This is a flat washer made of NBR (nitrile rubber). - Washers are generally used by placing them between a screw and the workpiece when tightening screws, to prevent loosening of the screw, protect the fastening surface from damage, and stabilize the seating surface. - Washers are thin, disc-shaped, with a hole in the center for the screw to pass through. - By placing a flat washer between the screw and the workpiece, the seating area is enlarged, reducing the surface pressure on the material, which helps maintain a certain fastening force, prevents loosening of the screw, protects the fastening surface from damage, and stabilizes the seating surface. - Refers to flat washers, round washers, and plain washers (sometimes abbreviated as "W"). - Compliant with EU-RoHS2 standards.

• Other machine elements

■Features - This is a flat washer made by CNR. - Washers are generally used by placing them between the screw and the workpiece when tightening screws, to prevent loosening of the screw, protect the fastening surface from damage, and stabilize the seating surface. - Washers are thin, disc-shaped, and have a hole in the center for the screw to pass through. - By placing a flat washer between the screw and the workpiece, the seating area is enlarged, reducing the surface pressure on the target material, thereby maintaining a certain fastening force, preventing loosening of the screw, protecting the fastening surface from damage, and stabilizing the seating surface. - Refers to flat washers, round washers, round washers, and plain washers (sometimes abbreviated as "W"). - Compliant with EU-RoHS2.

• Other machine elements

■Features - This is a flat washer made of CR (chloroprene rubber). - Washers are generally used by placing them between the screw and the workpiece when tightening screws, to prevent loosening of the screw, protect the fastening surface from damage, and stabilize the seating surface. - Washers are thin, disc-shaped, and have a hole in the center for the screw to pass through. - By placing a flat washer between the screw and the workpiece, the contact area is increased, reducing the surface pressure on the material, thereby maintaining a certain fastening force, preventing loosening of the screw, protecting the fastening surface from damage, and stabilizing the seating surface. - Refers to flat washers, round washers, and plain washers (sometimes abbreviated as "W"). - Compliant with EU-RoHS2.

• Other machine elements

■Features - This is a flat washer made of pure titanium. - A metal washer (also known as a washer) is a metal part that is placed between a bolt and a nut. - Washers are generally used when tightening screws, placed between the screw and the workpiece to prevent loosening of the screw, protect the fastening surface from damage, and stabilize the seating surface. - By placing a washer between the screw and the workpiece, the contact area is increased, reducing the surface pressure on the material, thereby maintaining a certain fastening force, preventing loosening of the screw, protecting the fastening surface from damage, and stabilizing the seating surface. - Additionally, it serves to prevent direct contact between the bolt or nut and the surface of the parts. - By using a washer, it is possible to alleviate contact between parts, reducing wear and corrosion. - Washers can be used as alternatives to flat washers, round washers, round washers, or plain washers (sometimes abbreviated as "W").

• Other machine elements

■Features - This is a flat washer made of bronze. - A metal washer (also known as a washer) is a metal part that is placed between a bolt and a nut. - Washers are generally used when tightening screws, placed between the screw and the workpiece to prevent loosening of the screw, protect the fastening surface from damage, and stabilize the seating surface. - By placing a washer between the screw and the workpiece, the contact area is increased, reducing the surface pressure on the material and maintaining a certain fastening force, which helps prevent loosening of the screw, protect the fastening surface from damage, and stabilize the seating surface. - Additionally, it serves to prevent direct contact between the bolt or nut and the surface of the parts. - By using a washer, it is possible to alleviate contact between parts, reducing wear and corrosion. - Washers can be used as alternatives to flat washers, round washers, round washers, or plain washers (sometimes abbreviated as "W").

• Other machine elements

■Features - This is a flat washer made of lead-free, easy-cut aluminum (black anodized). - A metal washer (also known as a washer) is a metal part that is placed between a bolt and a nut. - Washers are generally used when tightening screws, placed between the screw and the workpiece to prevent loosening of the screw, protect the fastening surface from damage, and stabilize the seating surface. - By placing a washer between the screw and the workpiece, the contact area is increased, reducing the surface pressure on the material, thereby maintaining a certain fastening force and preventing loosening of the screw, protecting the fastening surface from damage, and stabilizing the seating surface. - Additionally, it serves to prevent direct contact between the bolt or nut and the surface of the parts. - By using a washer, it is possible to alleviate contact between parts and reduce wear and corrosion. - Washers can be used as alternatives to flat washers, round washers, round washers, or plain washers (sometimes abbreviated as "W").

• Other machine elements

■Features - This is a flat washer made of lead-free free-cutting aluminum (pickled). - A metal washer (also known as a washer) is a metal part that is placed between a bolt and a nut. - Washers are generally used when tightening screws, placed between the screw and the workpiece to prevent loosening of the screw, protect the fastening surface from damage, and stabilize the seating surface. - By inserting a washer between the screw and the workpiece, the seating area is enlarged, reducing the surface pressure on the target material, thereby maintaining a certain fastening force and preventing loosening of the screw, protecting the fastening surface from damage, and stabilizing the seating surface. - Additionally, it serves to prevent direct contact between the bolt or nut and the surface of the parts. - By using a washer, it is possible to alleviate contact between parts, reducing wear and corrosion. - Washers can be used as alternatives to flat washers, round washers, round washers, or plain washers (sometimes abbreviated as "W").

• Other machine elements

■Features - This is a flat washer made of aluminum (black anodized). - A metal washer (also known as a shim) is a metal part that is placed between a bolt and a nut. - Washers are generally used when tightening screws, placed between the screw and the workpiece to prevent loosening of the screw, protect the fastening surface from damage, and stabilize the seating surface. - By placing a washer between the screw and the workpiece, the contact area is increased, reducing the surface pressure on the material and maintaining a consistent fastening force, which helps prevent loosening of the screw, protects the fastening surface from damage, and stabilizes the seating surface. - It also serves to prevent direct contact between the bolt or nut and the surface of the part. - By using a washer, it is possible to alleviate contact between parts, reducing wear and corrosion. - Washers can be used as substitutes for flat washers, round washers, round shims, or plain washers (sometimes abbreviated as "W").

• Other machine elements

■Features - It is a flat washer made of aluminum. - A metal washer (also known as a washer) is a metal part that is placed between a bolt and a nut. - Washers are generally used when tightening screws, placed between the screw and the workpiece to prevent loosening of the screw, protect the fastening surface from damage, and stabilize the seating surface. - By placing a washer between the screw and the workpiece, the contact area is increased, reducing the surface pressure on the material and maintaining a certain fastening force, which helps prevent loosening of the screw, protects the fastening surface from damage, and stabilizes the seating surface. - It also serves to prevent direct contact between the bolt or nut and the surface of the part. - By using a washer, it is possible to alleviate contact between parts and reduce wear and corrosion. - Washers can be used as alternatives to flat washers, round washers, round washers, or plain washers (sometimes abbreviated as "W").

• Other machine elements

■Features - It is a flat washer made of iron (black baked finish). - A metal washer (also known as a washer) is a metal part that is placed between a bolt and a nut. - Washers are generally used when tightening screws, placed between the screw and the workpiece to prevent loosening of the screw, protect the fastening surface from damage, and stabilize the seating surface. - By placing a washer between the screw and the workpiece, the contact area is increased, reducing the surface pressure on the material, thus maintaining a certain fastening force, preventing loosening of the screw, protecting the fastening surface from damage, and stabilizing the seating surface. - Additionally, it serves to prevent direct contact between the bolt or nut and the surface of the part. - By using a washer, it is possible to alleviate contact between parts, thereby reducing wear and corrosion. - Washers can be used as alternatives to flat washers, round washers, round washers, or plain washers (sometimes abbreviated as "W").

• Other machine elements

■Features - It is a flat washer made of iron (electroless nickel plating). - A metal washer (also known as a shim) is a metal part that is placed between a bolt and a nut. - Washers (shims) are generally used when tightening screws, placed between the screw and the workpiece to prevent loosening of the screw, protect the fastening surface from damage, and stabilize the seating surface. - By placing a washer between the screw and the workpiece, the contact area is increased, reducing the surface pressure on the target material, thereby maintaining a certain fastening force, preventing loosening of the screw, protecting the fastening surface from damage, and stabilizing the seating surface. - Additionally, it serves to prevent direct contact between the bolt or nut and the surface of the component. - By using a washer, it is possible to alleviate contact between components, reducing wear and corrosion. - Washers can be used as alternatives to flat washers, round washers, round shims, or plain washers (sometimes abbreviated as "W").

• Other machine elements

■Features ・This is a flat washer made of iron (trivalent chromium). ・A metal washer (also known as a washer) is a metal part that is placed between a bolt and a nut. ・Washers are generally used when tightening screws, placed between the screw and the workpiece to prevent loosening of the screw, protect the fastening surface from damage, and stabilize the seating surface. ・By placing a washer between the screw and the workpiece, the contact area is increased, reducing the surface pressure on the material, thereby maintaining a certain fastening force and preventing loosening of the screw, protecting the fastening surface from damage, and stabilizing the seating surface. ・Additionally, it serves to prevent direct contact between the bolt or nut and the surface of the part. ・Using a washer can alleviate contact between parts, reducing wear and corrosion. ・Washers can be used as alternatives to flat washers, round washers, round washers, or plain washers (sometimes abbreviated as "W").

• Other machine elements

■Features - It is a flat washer made of iron (black baked finish). - A metal washer (also known as a washer) is a metal part that is placed between a bolt and a nut. - Washers are generally used when tightening screws, placed between the screw and the workpiece to prevent loosening of the screw, protect the fastening surface from damage, and stabilize the seating surface. - By inserting a washer between the screw and the workpiece, the contact area is increased, reducing the surface pressure on the material, thereby maintaining a certain fastening force and preventing loosening of the screw, protecting the fastening surface from damage, and stabilizing the seating surface. - Additionally, it serves to prevent direct contact between the bolt or nut and the surface of the part. - By using a washer, it is possible to alleviate contact between parts, reducing wear and corrosion. - Washers can be used as alternatives to flat washers, round washers, round washers, or plain washers (sometimes abbreviated as "W").

• Other machine elements

■Features - It is a flat washer made of iron (electroless nickel plating). - A metal washer (also known as a shim) is a metal part that is placed between a bolt and a nut. - Washers are generally used when tightening screws, placed between the screw and the workpiece to prevent loosening of the screw, protect the fastening surface from damage, and stabilize the seating surface. - By placing a washer between the screw and the workpiece, the contact area is increased, reducing the surface pressure on the target material, thereby maintaining a certain fastening force, preventing loosening of the screw, protecting the fastening surface from damage, and stabilizing the seating surface. - Additionally, it serves to prevent direct contact between the bolt or nut and the surface of the component. - By inserting a washer, it is possible to alleviate contact between components, reducing wear and corrosion. - Washers can be used as alternatives to flat washers, round washers, round washers, or plain washers (sometimes abbreviated as "W").

• Other machine elements

- This is a flat washer made of iron (trivalent chromium). - A metal washer (also known as a shim) is a metal part that is placed between a bolt and a nut. - Washers are generally used when tightening screws, placed between the screw and the workpiece to prevent loosening of the screw, protect the fastening surface from damage, and stabilize the seating surface. - By placing a washer between the screw and the workpiece, the contact area is increased, reducing the surface pressure on the material and maintaining a certain fastening force, which helps prevent loosening of the screw, protects the fastening surface from damage, and stabilizes the seating surface. - Additionally, it serves to prevent direct contact between the bolt or nut and the surface of the component. - By using a washer, it is possible to alleviate contact between components and reduce wear and corrosion. - Washers can be used as alternatives to flat washers, round washers, or plain washers (sometimes abbreviated as "W").

• Other machine elements

■Features - This is a flat washer made of brass (without plating). - A metal washer (also known as a washer) is a metal part that is placed between a bolt and a nut. - Washers are generally used when tightening screws, placed between the screw and the workpiece to prevent loosening of the screw, protect the fastening surface from damage, and stabilize the seating surface. - By placing a washer between the screw and the workpiece, the contact area is increased, reducing the surface pressure on the material, thereby maintaining a certain fastening force, preventing loosening of the screw, protecting the fastening surface from damage, and stabilizing the seating surface. - Additionally, it serves to prevent bolts and nuts from directly contacting the surface of the parts. - By using washers, it is possible to alleviate contact between parts, reducing wear and corrosion. - Washers can be used as alternatives to flat washers, round washers, round washers, or plain washers (sometimes abbreviated as "W").

• Other machine elements

■Features - This is a flat washer made of brass (nickel-plated). - A metal washer (also known as a washer) is a metal part that is placed between a bolt and a nut. - Washers are generally used when tightening screws, placed between the screw and the workpiece to prevent loosening of the screw, protect the fastening surface from damage, and stabilize the seating surface. - By placing a washer between the screw and the workpiece, the contact area is increased, reducing the surface pressure on the material, maintaining a certain fastening force, and preventing loosening of the screw and damage to the fastening surface, while stabilizing the seating surface. - Additionally, it serves to prevent direct contact between the bolt or nut and the surface of the parts. - By using a washer, it is possible to alleviate contact between parts and reduce wear and corrosion. - Washers can be used as alternatives to flat washers, round washers, round washers, or plain washers (sometimes abbreviated as "W").

• Other machine elements

■Features - This is a flat washer made of brass (without plating). - A metal washer (also known as a shim) is a metal part that is placed between a bolt and a nut. - Washers are generally used when tightening screws, placed between the screw and the workpiece to prevent loosening of the screw, protect the fastening surface from damage, and stabilize the seating surface. - By placing a washer between the screw and the workpiece, the contact area is increased, reducing the surface pressure on the material and maintaining a certain fastening force, which helps prevent loosening of the screw, protects the fastening surface from damage, and stabilizes the seating surface. - Additionally, it serves to prevent direct contact between the bolt or nut and the surface of the component. - By using a washer, it is possible to alleviate contact between parts and reduce wear and corrosion. - Washers can be used as alternatives to flat washers, round washers, round shims, or plain washers (sometimes abbreviated as "W").

• Other machine elements