Last Updated： Aggregation Period:Feb 18, 2026～Mar 17, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Feb 18, 2026～Mar 17, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Feb 18, 2026～Mar 17, 2026
This ranking is based on the number of page views on our site.
1～30 item / All 100 items
This is a bush made of Duracon material.
The "D0000-0000" Duracon bush is made of Duracon material and is milky white in color. The heat distortion temperature is 110°C at 1.82MPa. It meets UL standards of UL94V-HB (material). It is compliant with RoHS. For more details, please download the catalog.
This is a bush made of PBT material.
The PBT bush "Z0000-0000M" (molded product) is a bush made of PBT material and is gray-white in color. The heat distortion temperature is 140°C at 1.82MPa. It is compliant with RoHS. For more details, please download the catalog.
This is a bush made of MC nylon.
The MC nylon bush "M0000-0000" is made of MC nylon and is blue in color. It is compliant with RoHS standards. For more details, please download the catalog.
This is a bush made of ABS material.
The ABS bush "A0000-0000" is made of ABS material and is white in color. The heat distortion temperature is 85°C at 1.82MPa. It complies with UL standard UL94-HB (material). It is RoHS compliant. For more details, please download the catalog.
This is a flange thick bushing made of PEEK material.
The PEEK thick flange bushing "PE0000-0000L" is made of PEEK material and is light brown in color. The heat distortion temperature is 155°C at 1.82MPa. It meets UL94 V-0 standards (material). It is compliant with RoHS. For more details, please download the catalog.
This is a flange thick bushing made of Duracon material.
The Juracon flange-thick bush "D0000-0000L" is made of Juracon material and is milky white in color. The heat distortion temperature is 110°C at 1.82MPa. It complies with UL standard UL94-HB (material). It is RoHS compliant. For more details, please download the catalog.
This is a flange thick bushing made of black Duracon material.
The black Duracon flange thick bush "D0000-0000LB" is made of Duracon material and is black in color. The heat distortion temperature is 110°C at 1.82MPa. It meets UL standard UL94-HB (material). It is compliant with RoHS. For more details, please download the catalog.
This is a flange thick bushing made of PTFE material.
The PTFE flange thick bushing "T0000-0000L" is made of PTFE and is an opaque white flange thick bushing. It has a heat resistance temperature of continuous 240°C and is non-combustible. It meets UL standards equivalent to UL94V-0 (material). It is compliant with RoHS. For more details, please download the catalog.
We offer insulating bushes (resin bushes) made from various materials.
At Hirosugi Keiki Co., Ltd., we offer insulating bushes (resin bushes). We support our customers with a variety of products, small lots, and short delivery times. 【Material Examples】 ○ Delrin ○ Black Delrin ○ PTFE ○ Peek For more details, please contact us or download the catalog.
Introducing "Silicone Glass S" by Bush.
We provide products that meet customer demands in a timely manner through the sale of goods. Furthermore, we contribute to society through designs that consider safety and the environment. 【Features】 ○Bush ○96 items For more details, please contact us or download the catalog.
Introducing the "Galaepo G" by Bush.
We provide products that meet customer requirements in a timely manner through the sale of goods. Furthermore, we contribute to society through designs that consider safety and the environment. 【Features】 ○Bush ○96 items For more details, please contact us or download the catalog.
Made of resin, it is lightweight and has excellent insulation properties. Unlike metal, there is no worry about rust.
【Products】 - Bushings - Flanged Bushings 【Bushings】 Material Color - Duracon Milky white - Duracon Black - PTFE Opaque white - PTFF Black - PBT Grayish white - PBT Molding Grayish white - Peek Light brown - Peek Molding Light brown - PPS Molding Dark brown - MC Nylon Blue - ABS Ivory - ABS Black - Bakelite Brown 【Mounting Size】 - For M2 to M16 (Inner diameter d=2.0 to 16.2) 【Flanged Bushings】 Material Color - Duracon Milky white, Black - PTFE Opaque white - Peek Light brown 【Mounting Size】 - For M2.6 to M12 (Inner diameter d=2.6 to 12.2) Metal bushings with excellent strength are also available. Please refer to the catalog for detailed product specifications.
Hiroshige Instruments connects the gaps between parts!
A bush, in a broad sense, is a component used to fill the gaps between parts. It is suitable for use in bearing components of machinery. The stainless steel bushes from Hirotsugi Instruments can be used for various applications. ◆ Features - Strength, corrosion resistance, heat resistance, ductility, toughness - Suitable for mechanical parts requiring strength, as well as in chemical and water treatment fields, in humid environments or outdoors. *For more details, please contact us or download the catalog. Currently, we are offering a free booklet along with a set of 30 product samples as a gift for your application. Please apply through our website's "Catalog Request" or contact us.
This is an insulating bush made of engineering plastic using PPS as the material.
The PPS bush "PE0000-0000M" is made of PPS material and is light brown in color. The heat distortion temperature is 155°C at 1.82MPa. It complies with UL standard UL94V-0 (material). It is RoHS2 compliant. For more details, please download the catalog.
Steel bush that is resistant to rust and strong up to 500℃.
A bush is a cylindrical or donut-shaped mechanical component that is fitted into parts such as shafts or tubular members to fill gaps or provide cushioning, and it is also called a flanged bush. 【Features】 - The main body is made of stainless steel, making it resistant to rust and sturdy. - It has chemical resistance, solvent resistance, corrosion resistance, high heat resistance, and strength. - It is resistant to rust and other forms of corrosion. - It is heat-resistant. - Stainless steel maintains its tensile strength significantly up to 500°C. - It has high rigidity. - Stainless steel, due to the addition of carbon, generally has higher strength than iron. 【Specifications】 Material: Stainless steel (SUS303) Processing: Degreased Compatible sizes (inner diameter d): M2/M2.6/M3/M4/M5/M6 *For more details, please contact us or download the catalog. Currently, we are offering a free set of 30 product samples with the application for the catalog booklet version. Please apply through our website's "Catalog Request" or contact us.
Stainless Steel (SUS303) Bush "U-T"
■Features ・This is a bush made of stainless steel (SUS303). ・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 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.
Iron (trivalent chromium) bush "F-T"
■Features ・This is a bush made of iron (trivalent chromium). ・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 is fitted into shafts or tubular members of machine 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 mechanical element components in bearings. ・We offer a variety of sizes and processed products, primarily made of brass, stainless steel, aluminum, and iron.
Brass (unplated) bush "B-C"
■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 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.
Iron (trivalent chromium) bush "F"
■Features - This is a bush made of iron (trivalent chromium). - Generally, a bush refers to a cylindrical or donut-shaped mechanical component used to fill the 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 treated products, primarily made of brass, stainless steel, aluminum, and iron.
PBT Bush "Z"
■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 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 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.
PEEK (Polyether Ether Ketone) Bush "PE"
■Features - This is an insulated bush made by Peak. - Generally, a bush refers to a cylindrical or donut-shaped mechanical component used 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, making them usable even in liquids.
PPS Bush (Molded Product) "PS-M"
■Features - This is an insulating bush made of PPS. - 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 onto 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.
ABS Bush "A"
■Features - It is an insulating bush made of ABS. - 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 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.
PEEK (Polyether Ether Ketone) thick flange bush "PE-L"
■Features - This is an insulating bush made by Peak. - 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 the shafts of mechanical parts or tubular members 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 even in liquids.
Maintenance-free without lubrication! This is a bearing reinforced with epoxy resin and glass fibers. The PTFE liner in the sliding part does not require lubrication.
■ High strength: Usable for applications with maximum surface pressure of 206.9 MPa (30,000 psi) under dynamic loads. ■ Weight reduction: Composite bearing materials (glass fiber and epoxy resin) reduce weight by 77% compared to steel bearings and by 30% compared to aluminum bearings. ■ Low friction and low wear: The self-lubricating liner, woven from high-strength Teflon fibers and polyester fibers, achieves a low friction coefficient (.21 to .05). ■ Non-metallic: Composite bearing materials excel in corrosion resistance, insulation, and chemical resistance. ■ Maintenance-free due to no lubrication: Significantly reduces machine downtime and maintenance costs. ■ Expertise: Holds 16 valid patents, with over 4,200 special designs developed by Duralon, and is flexible in custom solutions. ■ Quick response for prototypes: Lead time for custom products is 6-8 weeks after order, while lead time for standard small orders is 3-4 weeks. ■ Over 40 years of proven use in industrial applications such as construction machinery, agricultural machinery, and food machinery. For the resinization of metal bearings and the strengthening of resin bushes, trust Duralon bearings regardless of the application.
Protects wires that pass through panels and chassis from edges, preventing issues caused by disconnections. There is also a type with adhesive.
The flexible bush is ideal for protecting wires that pass through panels, chassis, and more. Its snap-in design offers excellent flexibility, making installation easy. It can also be secured with adhesive. There are two shapes available: one with slits on the sides and one without. The standard type is made of nylon, while the roll type comes in two materials: polyethylene and weather-resistant polyethylene. The adhesive-backed option has adhesive on the inside, allowing for easy and secure installation without coming loose. For more details, please contact us or refer to the catalog.
Compatible with bolt diameters M4 to M12! Please use it for insulating and elevating the base of various equipment.
The "Insulation Bush" is a product used for insulating the base parts of various devices such as sequencers and inverters. It comes as a set of uneven surfaces, allowing for insulation of the base parts of devices using the method shown in the image. It can be used with bolt diameters of M4, M5, M6, M8, M10, and M12. 【Features】 ■ Set of uneven surfaces ■ Ensures insulation of the base parts of devices ■ Usable with bolts of M4, M5, M6, M8, M10, and M12 ■ Material: PP (black) *Specification changed from white Duracon *For more details, please refer to the PDF document or feel free to contact us.
Improvement of gate cutting!! Custom-made electroformed gate bush (nickel alloy)
SHGF Super Hard HRC63-65 Patent Obtained 【Wear Resistance】 The friction surface is made of nickel alloy, with hardness levels of 40-45, 55-60, and 63-65 HRC. It also exhibits excellent toughness, and the inner surface is mirror-finished, providing outstanding wear resistance. The Super Hard (SHGF) type is ideal for resin molding that requires wear resistance, including glass fibers. 【Corrosion Resistance】 There is no concern about corrosion for PVC-based and fluorine-based resin molding. 【Cost-effectiveness】 Compared to steel gate bushes, it has better thermal conductivity, and the mirror-finished inner surface allows for a smaller draft angle, contributing to high-cycle molding. 【Quality】 We have developed an electroforming method that is completely different from that of steel gate bushes, successfully manufacturing high-quality products with the above characteristics. 【Delivery Time】 We have stock of standard products to meet various shape and size requests.
The thread cutting series solves the internal defects caused by thread pulling in the nozzle.
The 'Thread-Cutting Samurai' is a cartridge-type spool bush designed to prevent 'thread pulling' that occurs during molding. It has been jointly developed with customers and a utility model has been registered. ○ Several benefits are expected from cutting the thread: 1. Reduction of molding defects caused by thread pulling! 2. Increased cycle efficiency! 3. Material savings! *If you are interested or facing issues, please feel free to contact us or download the catalog.
