廣杉計器 Product Lineup

This product is a set spacer made of lightweight and highly insulating 66 nylon. Compared to metal spacers, it is lightweight, supporting the overall reduction of weight in equipment and devices. With excellent electrical insulation properties, it helps prevent electrical separation and shorts in circuit board mounting. Additionally, since it does not rust like metal, it can be used as a fastening component in environments where metal corrosion is to be avoided.

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This product is a hexagonal double-ended threaded spacer made of PBT (polybutylene terephthalate), featuring excellent electrical properties and dimensional stability. Its low water absorption makes it easier to suppress dimensional changes due to humidity, making it suitable for applications that require stable insulation and dimensional accuracy. It has excellent chemical resistance and can be utilized for component fixation and insulation in electronic devices. Additionally, it is lighter than metal spacers, contributing to the reduction of weight in equipment and devices. Due to its superior electrical insulation properties, it helps prevent electrical short circuits and maintain spacing in circuit board mounting. Furthermore, since it does not rust like metal, it can be used as a fastening component in environments where metal corrosion is to be avoided.

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This product is a hexagonal spacer made of PBT (polybutylene terephthalate) with excellent electrical properties and dimensional stability, available in both male and female thread types. It has a low water absorption rate, making it suitable for applications where dimensional stability is required, as it minimizes changes in dimensions due to humidity. It possesses excellent chemical resistance and can be utilized for securing and insulating components in electronic devices. Additionally, it is lightweight compared to metal spacers, contributing to the reduction of weight in equipment and devices. Due to its superior electrical insulation properties, it helps prevent electrical shorts and ensures proper spacing in circuit board assemblies. Furthermore, since it does not rust like metal, it can be used as a fastening component in environments where metal corrosion is to be avoided.

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This product is a hexagonal spacer made of PBT (polybutylene terephthalate) with excellent electrical properties and dimensional stability, available in both male and female thread types. It has a low water absorption rate, making it suitable for use in environments where dimensional stability is required, as it minimizes changes in dimensions due to humidity. It possesses excellent chemical resistance and can be utilized for securing and insulating components in electronic devices. Additionally, it is lightweight compared to metal spacers, contributing to the reduction of weight in equipment and devices. Due to its superior electrical insulation properties, it helps prevent electrical short circuits and maintains electrical spacing in circuit board mounting. Furthermore, since it does not rust like metal, it can be used as a fastening component in environments where metal corrosion is to be avoided.

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This product is a hexagonal double male thread spacer made of PBT (polybutylene terephthalate) that features excellent electrical properties and dimensional stability. It has a structure where metal screw components are press-fitted on both sides of the main body, achieving electrical insulation with resin and stable fastening with metal screws. PBT has a low water absorption rate, making it easier to suppress dimensional changes due to humidity, which makes it suitable for applications requiring dimensional stability. It has excellent chemical resistance and can be used for securing and insulating components in electronic devices. Additionally, while ensuring fastening with metal screws, it also contributes to the lightweight design of equipment and devices. Due to its excellent electrical insulation properties, it helps in maintaining electrical separation and preventing shorts in circuit board mounting. Furthermore, since it uses a resin part that does not rust like metal, it can be used as a fastening component in environments where metal corrosion is to be avoided.

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This product is a hex spacer made of PBT (polybutylene terephthalate) with excellent electrical properties and dimensional stability, available in both male and female thread types. It adopts a structure where metal screw components are press-fitted into the main body, achieving both electrical insulation with resin and stable fastening with metal screws. PBT has a low water absorption rate, making it easier to suppress dimensional changes due to humidity, which makes it suitable for applications requiring dimensional stability. It boasts excellent chemical resistance and can be utilized for securing and insulating components in electronic devices. Additionally, the hybrid structure of resin and metal ensures fastening capability with metal screws while contributing to the lightweight design of equipment and devices. Due to its superior electrical insulation properties, it helps with electrical separation and short-circuit prevention in circuit board mounting. Furthermore, as it does not rust like metal, it can be used as a fastening component in environments where metal corrosion is to be avoided.

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This product is a round hollow spacer made of PBT (polybutylene terephthalate) that features excellent electrical properties and dimensional stability. With a low water absorption rate, it is easy to suppress dimensional changes due to humidity, making it suitable for applications where dimensional stability is required. It has excellent chemical resistance and can be utilized for component fixation and insulation in electronic devices. Additionally, it is lightweight compared to metal spacers, contributing to the reduction of weight in equipment and devices. Due to its superior electrical insulation properties, it helps prevent electrical short circuits and maintain electrical separation in circuit board mounting. Furthermore, since it does not rust like metal, it can be used as a fastening component in environments where metal corrosion is to be avoided.

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This product is a round hollow spacer made of PBT (polybutylene terephthalate) that features excellent electrical properties and dimensional stability. With a low water absorption rate, it is suitable for applications where dimensional stability is required, as it minimizes changes in dimensions due to humidity. It has outstanding chemical resistance, making it useful for securing and insulating components in electronic devices and other applications. Additionally, it is lightweight compared to metal spacers, contributing to the reduction of weight in equipment and devices. Due to its excellent electrical insulation properties, it helps prevent electrical short circuits and maintain electrical separation in circuit board mounting. Furthermore, since it does not rust like metal, it can be used as a fastening component in environments where metal corrosion is to be avoided.

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This product is a hexagonal double-ended threaded spacer made of PPS (polyphenylene sulfide), which has excellent heat resistance and chemical resistance. It is characterized by its superior heat resistance, maintaining excellent dimensional stability and mechanical properties even in high-temperature environments. It also has excellent flame retardancy, complying with UL94 V-0. *This applies if the actual material grade is UL94 V-0. Additionally, it has a very low water absorption rate, making it easier to minimize dimensional changes and effects on physical properties due to humidity, making it suitable for environments where dimensional stability is required. Compared to metal spacers, it is lightweight, contributing to the reduction of weight in equipment and devices. Furthermore, grades with high rigidity are suitable for applications that require a balance between rigidity and lightweight properties. With excellent electrical insulation properties, it helps in providing electrical separation and preventing shorts in circuit board mounting.

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This product is a hexagonal double-ended threaded spacer made from a material that incorporates 40% glass fiber-filled PPS (polyphenylene sulfide). By integrally molding a metal screw into the main body, it achieves a combination of the excellent insulation properties of resin and the strong fastening capability of metal. The material boasts high heat resistance with a heat distortion temperature reaching 260°C at 1.82 MPa, maintaining excellent rigidity and dimensional stability even in high-temperature environments. It also features flame retardancy equivalent to UL94 V-0 and excellent chemical resistance, making it suitable for harsh operating conditions. With outstanding electrical insulation properties, it poses no risk of short circuits in circuit board mounting and has minimal concerns regarding corrosion, making it a suitable fastening component for a wide range of industrial fields that require reliable electrical separation.

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This product is a hexagonal male and female threaded spacer made of PPS (polyphenylene sulfide), which has excellent heat resistance and chemical resistance. It is characterized by its superior heat resistance, maintaining excellent dimensional stability and mechanical properties even in high-temperature environments. It also has excellent flame retardancy, compliant with UL94 V-0. *This applies if the actual material grade is UL94 V-0. Additionally, it has a very low water absorption rate, making it suitable for applications requiring dimensional stability in humid environments, as it minimizes the impact of humidity on physical properties. Compared to metal spacers, it is lightweight, contributing to the reduction of weight in equipment and devices. Furthermore, the high rigidity of the PPS grade makes it suitable for securing components in precision instruments and electronic devices where both lightweight and rigidity are required. With excellent electrical insulation properties, it helps prevent electrical short circuits and provides electrical separation in circuit board mounting.

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This product is a hexagonal male and female threaded spacer made of PPS (polyphenylene sulfide), which has excellent heat resistance and chemical resistance. It is characterized by its superior heat resistance, maintaining excellent dimensional stability and mechanical properties even in high-temperature environments. It also has excellent flame retardancy, complying with UL94 V-0. *This applies if the actual material grade is UL94 V-0. Additionally, it has a very low water absorption rate, making it suitable for applications requiring dimensional stability in humid environments, as it minimizes the impact of humidity on physical properties. Compared to metal spacers, it is lightweight, contributing to the reduction of weight in equipment and devices. Furthermore, the high rigidity of the PPS grade makes it suitable for securing components in precision electronic devices and parts used in high-temperature environments, where both lightweight and rigidity are required. With excellent electrical insulation properties, it helps in providing electrical separation and preventing shorts in circuit board mounting.

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This product is a hexagonal male-female threaded spacer made of "PPS (polyphenylene sulfide)," which boasts extremely high heat resistance and chemical resistance. It excels in heat resistance, maintaining dimensional stability and mechanical strength even in harsh thermal environments. It achieves the highest class of flame retardancy among resin materials, rated "UL94 V-0," and has an extremely low water absorption rate, making it resistant to changes in physical properties even in humid environments. While being very lightweight compared to metal spacers, it possesses rigidity close to that of metal, providing high reliability in the mounting of precision electronic devices and high-temperature circuit boards. With excellent electrical insulation properties, it poses no risk of short circuits in circuit board mounting and has minimal concerns about corrosion, making it a suitable fastening component for a wide range of industrial fields that require reliable electrical separation.

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This product is a hexagonal male and female threaded spacer made from a material that incorporates 40% glass fiber-filled PPS (polyphenylene sulfide). By integrally molding a metal screw into the main body, it achieves excellent electrical insulation properties from the resin and stable fastening capabilities from the metal screw. The material has a high heat resistance, reaching a heat distortion temperature (1.82MPa) of 260°C, making it capable of maintaining excellent rigidity and dimensional stability even in high-temperature environments. Additionally, it features flame retardancy equivalent to UL94 V-0 and excellent chemical resistance, making it suitable for use in environments where heat resistance, flame retardancy, and chemical resistance are required. It also excels in electrical insulation, helping to prevent electrical separation and shorts in circuit board mounting.

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This product is a hexagonal male and female threaded spacer made from a material that incorporates 40% glass fiber filled PPS (polyphenylene sulfide). By integrally molding a metal screw into the main body, it achieves a balance between the excellent electrical insulation properties of the resin and the stable fastening capability provided by the metal screw. The material has a high heat resistance, with a heat distortion temperature (1.82MPa) reaching 260°C, making it capable of maintaining excellent rigidity and dimensional stability even in high-temperature environments. Additionally, it features flame retardancy equivalent to UL94 V-0 and excellent chemical resistance, making it suitable for harsh operating environments where heat resistance, flame retardancy, and chemical resistance are required. Its excellent electrical insulation properties also help prevent electrical short circuits and provide electrical separation in circuit board mounting.

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This product is a hexagonal male and female threaded spacer made of "PPS (polyphenylene sulfide)," which has excellent heat resistance and chemical resistance. It is characterized by its superior heat resistance, maintaining excellent dimensional stability and mechanical properties even in high-temperature environments. It also has excellent flame retardancy, complying with "UL94 V-0" standards, provided that the materials used meet the UL94 V-0 specifications. Additionally, it has a very low water absorption rate, making it suitable for applications that require high dimensional stability in humid environments, as it minimizes dimensional changes due to humidity. While being lightweight compared to metal spacers, it possesses high rigidity, making it suitable for applications that require both lightweight and rigidity, such as the mounting of precision electronic devices and circuit boards used in high-temperature environments. Its excellent electrical insulation properties also help in providing electrical separation and preventing shorts in circuit board mounting.

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This product is a hexagonal male-female screw spacer made of "PPS (polyphenylene sulfide)," which has excellent heat resistance and chemical resistance. It is characterized by its superior heat resistance, maintaining excellent dimensional stability and mechanical properties even in high-temperature environments. It also has excellent flame retardancy, complying with "UL94 V-0" standards, provided that the materials used meet the UL94 V-0 specifications. Additionally, it has a very low water absorption rate, making it suitable for applications that require high dimensional stability in humid environments, as it minimizes dimensional changes due to humidity. While being lightweight compared to metal spacers, it possesses high rigidity, making it suitable for applications that require both lightweight and rigidity, such as the mounting of precision electronic devices and circuit boards used in high-temperature environments. Furthermore, it has excellent electrical insulation properties, which help in providing electrical separation and preventing shorts in circuit board mounting.

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This product is a double-threaded spacer made of PPS (polyphenylene sulfide), which has excellent heat resistance and chemical resistance. PPS is known as a super engineering plastic, characterized by its high heat resistance, which allows it to maintain excellent dimensional stability and mechanical properties even in high-temperature environments. It also has excellent flame retardancy, complying with UL94 V-0 standards, provided that the materials used meet the UL94 V-0 specifications. Additionally, it has a very low water absorption rate, making it suitable for applications that require high dimensional stability in humid environments, as it minimizes dimensional changes due to humidity. Designed as an insulating type, it is suitable for electrical insulation and separation between the press-fit area and the housing side, making it useful as an insulating component in precision electronic devices.

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This product is a hexagonal spacer made of PPS (polyphenylene sulfide) with excellent heat resistance and chemical resistance, featuring a double-threaded press-fit type. PPS is known as a super engineering plastic, characterized by its high heat resistance, which allows it to maintain excellent dimensional stability and mechanical properties even in high-temperature environments. It also excels in flame retardancy, complying with UL94 V-0 standards, provided that the materials used meet the UL94 V-0 specifications. Additionally, it has a very low water absorption rate, making it suitable for applications that require high dimensional stability in humid environments, as it minimizes dimensional changes due to humidity. This product is conductive, allowing for electrical connection between the housing and the circuit board through the press-fit areas.

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This product is a hexagonal double-ended screw spacer made from a material that incorporates 40% glass fiber-filled PPS (polyphenylene sulfide). By integrally molding a metal screw into the main body, it achieves a balance between the excellent electrical insulation properties of the resin and the stable fastening capability provided by the metal screw. The material boasts high heat resistance, with a heat distortion temperature (1.82MPa) reaching 260°C, making it easy to maintain excellent rigidity and dimensional stability even in high-temperature environments. Additionally, it features flame retardancy equivalent to UL94 V-0 and excellent chemical resistance, making it suitable for harsh operating conditions where heat resistance, flame retardancy, and chemical resistance are required. Its superior electrical insulation properties also help prevent electrical separation and short circuits in circuit board mounting.

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This product is a round double male-threaded spacer made of PPS (polyphenylene sulfide), which has excellent electrical insulation and chemical resistance. Thanks to the superior electrical insulation properties of PPS, it is suitable for applications that require electrical separation and component fixation. PPS is an engineering plastic that excels in heat resistance and dimensional stability. It also has excellent flame retardancy, making it suitable for applications that require high flame resistance with material grades equivalent to UL94 V-0. Unlike metal spacers, the resin body does not develop rust like metal, allowing it to be used in humid environments or applications where metal corrosion is to be avoided. Additionally, its excellent chemical resistance makes it useful as a fastening component in environments that come into contact with chemical substances. Due to its superior electrical insulation properties, it serves as a fastening component that helps with electrical separation and short-circuit prevention in circuit board mounting.

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This product is a round female and male threaded spacer made of PPS (polyphenylene sulfide), which has excellent electrical properties and chemical resistance. Due to the superior electrical insulation of PPS, it is suitable for applications that require electrical separation and fixation of components. PPS is an engineering plastic that excels in heat resistance and dimensional stability. Additionally, the material grade with UL94 V-0 equivalent flame retardancy is suitable for applications that require high flame resistance. The resin body does not develop rust like metal, making it suitable for a wide range of applications, including those in high humidity environments, where metal corrosion is to be avoided, and in environments that come into contact with chemicals. Due to its excellent electrical insulation properties, it serves as a fastening component that helps prevent electrical separation and shorts in circuit board mounting.

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This product is a round screw and nut spacer made of PPS (polyphenylene sulfide) with excellent electrical properties and chemical resistance. Due to the superior electrical insulation of PPS, it is suitable for applications that require electrical separation and component fixation. The material has a heat distortion temperature (1.82 MPa) of 112°C, providing a certain level of heat resistance as a resin spacer. It also possesses flame retardancy equivalent to UL94 V-0 and high chemical resistance, making it suitable for applications that require heat resistance, flame retardancy, and chemical resistance. Since the resin body does not rust like metal, it can be used as a fastening component in environments where metal corrosion is to be avoided. With its excellent electrical insulation properties, it helps prevent electrical separation and shorts in circuit board mounting.

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This product is a round hollow spacer made of PPS (polyphenylene sulfide) that has excellent electrical properties and chemical resistance. Utilizing the superior electrical insulation of PPS, it is suitable for applications that require electrical separation between substrates and components. The thermal deformation temperature of the material (at 1.82 MPa) is 260°C, providing high heat resistance suitable for resin parts used in high-temperature environments. Additionally, it has flame retardancy equivalent to UL94 V-0 and excellent chemical resistance, making it suitable for applications where heat resistance, flame retardancy, and chemical resistance are required, such as in high-humidity environments or environments exposed to chemicals. Being made of resin, it does not rust like metal, allowing it to be used as fastening components in environments where metal corrosion is to be avoided. Due to its excellent electrical insulation properties, it helps in providing electrical separation and preventing shorts in circuit board mounting.

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This product is a vertical board mounting spacer made of PPS (polyphenylene sulfide) that features excellent electrical properties and chemical resistance. It is designed to securely fix the board vertically to the housing, making it suitable for space-saving circuit board mounting by arranging the boards in a three-dimensional configuration. It possesses the flame retardancy characteristic of PPS (equivalent to UL94 V-0) and high chemical resistance, making it suitable for applications in humid environments or where metal corrosion is to be avoided, as it does not rust like metals. Additionally, it excels in heat resistance and dimensional stability, allowing for use in environments where stable board fixation is required. Due to its excellent electrical insulation properties, it serves as a spacer that helps maintain electrical separation and prevent shorts in circuit board mounting.

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This product is a vertical board mounting spacer made of PPS (polyphenylene sulfide) that features excellent electrical properties and chemical resistance. In addition to its design that fixes the board vertically to the housing, the structure incorporates a brass (copper-zinc alloy) screw on one side, achieving a balance between the insulation properties of the resin and the stable fastening provided by the metal. Furthermore, it possesses the flame retardancy characteristic of PPS (equivalent to UL94 V-0) and high chemical resistance, making it suitable for use in environments where heat resistance is required. The resin body does not rust like metal, allowing it to be used as a fastening component in environments where metal corrosion is to be avoided. Due to its excellent electrical insulation properties, it helps prevent electrical separation and shorts in circuit board mounting. It is a suitable fastening component for the implementation of precision electronic devices and for circuit designs that require space-saving solutions.

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This product is a PPS (polyphenylene sulfide) spacer for mounting circuit boards at a 45° angle, featuring excellent electrical properties and chemical resistance. It is designed to allow circuit boards to be arranged at a 45° angle relative to the housing, making it suitable for high-density mounting in limited spaces and for three-dimensional board layouts that consider visibility and wiring efficiency. Additionally, it possesses the flame retardancy characteristic of PPS (equivalent to UL94 V-0) and high chemical resistance, making it suitable for use in environments where heat resistance, flame retardancy, and chemical resistance are required. Being made of resin, it does not rust like metal, making it usable as a fastening component in environments where metal corrosion is to be avoided. With excellent electrical insulation properties, it helps prevent electrical short circuits and ensures electrical separation in circuit board mounting. It is a fastening component suitable for electronic devices that require circuit board mounting at special angles like 45° and for circuit designs that require space-saving solutions.

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This product is a PPS (polyphenylene sulfide) spacer for 45° mounting, featuring excellent electrical properties and chemical resistance. It is designed to allow circuit boards to be arranged at a 45-degree angle to the housing, making it suitable for high-density mounting in limited spaces and for three-dimensional board layouts that consider visibility and wiring efficiency. The structure incorporates a brass (copper alloy) screw on one side, achieving a balance between the insulation properties of PPS and stable fastening provided by the metal. Additionally, the material has flame retardancy equivalent to UL94 V-0 and excellent chemical resistance, making it suitable for use in environments where heat resistance, flame retardancy, and chemical resistance are required. The resin body does not develop rust like metal, allowing it to be used as a fastening component in environments where metal corrosion is to be avoided.

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This product is a hexagonal double-threaded spacer made entirely of "PEEK (Polyether Ether Ketone)" material, which boasts excellent heat resistance, chemical resistance, and electrical insulation properties. Classified as a super engineering plastic, PEEK offers outstanding mechanical strength and rigidity, making it suitable for designs that require circuit insulation and high-precision spacing adjustments. Additionally, its non-magnetic and non-conductive characteristics allow it to be used in the internal assembly of precision instruments where magnetic and electrical influences need to be minimized. In environments that demand harsh temperature conditions and chemical stability, this high-performance spacer leverages PEEK's excellent heat resistance, chemical resistance, and electrical insulation to support stable internal assembly in devices.

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This product is a hexagonal male and female threaded spacer made entirely of "PEEK (polyether ether ketone)" material, which has excellent heat resistance, chemical resistance, and electrical insulation properties. Classified as a super engineering plastic, PEEK possesses outstanding mechanical strength and rigidity, making it suitable for designs that require circuit insulation and high-precision spacing adjustments. Additionally, leveraging its non-magnetic and non-conductive characteristics, it can be used for internal mounting in precision instruments where magnetic and electrical influences need to be minimized. This high-performance spacer supports stable internal mounting of equipment by utilizing PEEK's excellent heat resistance, chemical resistance, and electrical insulation properties in environments that demand harsh temperature conditions and chemical stability.

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This product is a hexagonal male and female threaded spacer made entirely of "PEEK (polyether ether ketone)" material, which boasts excellent heat resistance, chemical resistance, and electrical insulation properties. The male threaded part is also made of PEEK, resulting in a structure that does not use any metal components. Classified as a super engineering plastic, PEEK possesses outstanding mechanical strength and rigidity, making it suitable for designs that require circuit insulation and high-precision spacing adjustments. Additionally, leveraging its non-magnetic and non-conductive characteristics, it can be used for internal mounting in precision instruments where magnetic and electrical interference needs to be minimized. In environments where harsh temperature conditions and chemical stability are required, this high-performance spacer utilizes PEEK's excellent heat resistance, chemical resistance, and electrical insulation properties to support stable internal mounting of equipment.

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This product is a round spacer with both male threads, made entirely of "PEEK (Polyether Ether Ketone)" material, which possesses excellent heat resistance, chemical resistance, and electrical insulation properties. Classified as a super engineering plastic, PEEK has outstanding mechanical strength and rigidity, making it suitable for designs that require circuit insulation and high-precision spacing adjustments. Additionally, its non-magnetic and non-conductive characteristics allow it to be used in the internal assembly of precision instruments where magnetic and electrical influences need to be minimized. In environments where harsh temperature conditions and chemical stability are required, this high-performance spacer leverages PEEK's excellent heat resistance, chemical resistance, and electrical insulation properties to support stable internal assembly of equipment.

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This product is a round integrated spacer with male and female threads made from "PEEK (polyether ether ketone)," which has excellent heat resistance, chemical resistance, and electrical insulation properties. The male thread section is made of stainless steel, achieving a balance between the superior characteristics of the PEEK body and the stable fastening properties of metal. Classified as a super engineering plastic, PEEK possesses excellent mechanical strength and rigidity, making it suitable for designs that require circuit insulation and high-precision spacing adjustments. Additionally, leveraging the electrical insulation properties of the PEEK body, it can also be used for internal mounting in precision instruments where electrical isolation is required. In environments where harsh temperature conditions and chemical stability are necessary, this high-performance spacer utilizes PEEK's excellent heat and chemical resistance to support stable internal mounting of equipment.

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This product is a round, integrated male and female threaded spacer made solely from "PEEK (Polyether Ether Ketone)" material, which boasts excellent heat resistance, chemical resistance, and electrical insulation properties. Since it does not use metal components, it is suitable for environments where exposure to metal is to be avoided and for applications where magnetic interference needs to be minimized. Classified as a super engineering plastic, PEEK possesses outstanding mechanical strength and rigidity, making it suitable for designs that require circuit insulation and high-precision spacing adjustments. Additionally, leveraging its non-magnetic and non-conductive characteristics, it can be used for internal implementation in precision instruments where magnetic and electrical influences need to be suppressed. In environments that demand harsh temperature conditions and chemical stability, this high-performance spacer utilizes PEEK's excellent heat resistance, chemical resistance, and electrical insulation properties to support stable internal implementation in equipment.

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This product is a round hollow spacer (color) made from the super engineering plastic "PEEK (polyether ether ketone)," which has excellent heat resistance, chemical resistance, and electrical insulation properties. It is suitable for environments where the use of metal spacers is difficult and for applications that require non-magnetic and electrical insulation properties. PEEK, classified as a super engineering plastic, possesses outstanding mechanical strength and rigidity, making it suitable for designs that require insulation of substrates and high-precision spacing adjustments. Additionally, its hollow shape allows it to be used as a spacer to maintain spacing between components through screws and other fasteners. Leveraging its non-magnetic and non-conductive characteristics, it can also be used for internal mounting in precision instruments where magnetic and electrical interference needs to be minimized. This high-performance spacer supports stable spacing in environments that demand heat resistance, chemical resistance, and electrical insulation.

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This product is a high-performance spacer made of super engineering plastic using PEEK (polyether ether ketone). It is particularly suitable for applications in environments such as semiconductor manufacturing equipment and electronic devices, where high heat resistance, chemical resistance, and electrical insulation are required, and where metal spacers may not be adequate. PEEK is characterized by its excellent heat resistance, making it easier to maintain mechanical properties even in high-temperature environments. It also boasts superior dimensional stability, making it suitable for precise spacing within equipment where deformation due to temperature changes needs to be minimized. Furthermore, its excellent electrical insulation properties help ensure insulation in electronic circuits and prevent short circuits.

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This product is a hexagonal male and female thread spacer made of polyamide MXD6 (RENY), which has high mechanical strength and rigidity. RENY is a high-strength engineering plastic that uses glass fibers as a reinforcing material, providing excellent strength and rigidity. RENY possesses strength characteristics close to those of metal while being lighter and having superior electrical insulation properties, making it suitable for designs that require weight reduction through the use of resin instead of metal spacers or electrical insulation. Additionally, it has a lower water absorption rate compared to general polyamide resins (nylon), making it easier to control dimensional changes due to humidity. Combining high strength, high rigidity, lightweight properties, and electrical insulation, it can be utilized as a fastening component in a wide range of industrial products, including equipment and devices considering the resinification and weight reduction of metal spacers.

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This product is a round-type double male thread spacer made from ABS resin, which is widely used as a general-purpose plastic. It has moderate rigidity and excellent impact resistance, making it suitable for use as a fixing component inside general equipment, such as in the assembly of electronic devices. Additionally, it has excellent electrical insulation properties, making it ideal for ensuring electrical separation between components around circuits, such as printed circuit boards, and in areas where insulation is required. Utilizing ABS resin, which offers a great balance of cost and performance, this practical spacer can be used in a wide range of applications, including securing circuit boards and components in electronic devices and various equipment.

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This product is a round-type double male-threaded spacer made from ABS resin, which is widely used as a general-purpose plastic. It has moderate rigidity and excellent impact resistance, making it suitable for use as a fixed component inside general equipment, such as in the assembly of electronic devices. Additionally, it has excellent electrical insulation properties, making it ideal for electrical separation between components around circuits, such as printed circuit boards, and for areas where insulation is required. Utilizing ABS resin, which offers an excellent balance of cost and performance, this practical spacer can be used in a wide range of applications, including securing circuit boards and components in electronic devices and various equipment.

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This product is a round type spacer with male and female threads made of ABS resin, which is an easy-to-handle general-purpose plastic. It is lightweight compared to metal spacers, contributing to the reduction of weight in equipment and devices through the use of plastic components. Additionally, it has electrical insulation properties, making it suitable for areas requiring electrical separation or insulation, such as around circuit boards. With male and female thread shapes on both ends, it can be used as a spacer when floating and securing a circuit board from a housing, or when connecting and relaying different components, accommodating various fixing methods. Utilizing ABS resin, which offers an excellent balance of cost and performance, this practical spacer can be used in a wide range of applications, such as securing circuit boards and components in electronic devices and various equipment.

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This product is a round type spacer with male and female threads made of ABS resin, which is an easy-to-handle general-purpose resin. It is lightweight compared to metal spacers, contributing to the reduction of weight in equipment and devices through the use of resin components. Additionally, it has electrical insulation properties, making it suitable for areas requiring electrical separation or insulation, such as around circuit boards. With male and female thread shapes on both ends, it can be used as a spacer when floating and securing a circuit board from a housing or when connecting and relaying different components, accommodating various fixing methods. Utilizing ABS resin, which offers an excellent balance of cost and performance, this practical spacer can be used in a wide range of applications, such as securing circuit boards and components in electronic devices and various equipment.

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This product is a lightweight, electrically insulating hollow spacer made of ABS resin, designed to ensure spacing between circuit boards and between the housing and the circuit board. It features a cylindrical structure without threaded sections, allowing it to be used as a "height adjustment spacer" to maintain a consistent distance between circuit boards and the gap between the housing and the circuit board. Its simple design enables compatibility with various screws for a wide range of fastening methods. Leveraging the lightweight and electrical insulation properties of ABS resin, it is suitable for applications requiring weight reduction by replacing metal spacers and for ensuring electrical spacing around circuits. It also excels in balancing cost and performance, making it a practical spacer that can be utilized in the assembly of a wide range of devices, including multi-layer mounting of precision equipment and height adjustments between circuit boards and components.

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This product is a lightweight and electrically insulating hollow spacer made of ABS resin, designed to ensure spacing between substrates and between the housing and the substrate. It features a cylindrical structure without threaded sections, allowing it to be used as a "height-adjustable spacer" to maintain a consistent distance between substrates and the gap between the housing and the substrate. Its simple design enables compatibility with a wide range of screws for various fastening methods. Leveraging the lightweight and electrical insulation properties of ABS resin, it is suitable for applications requiring weight reduction by replacing metal spacers and for maintaining electrical separation around circuits. It also excels in balancing cost and performance, making it a practical spacer that can be utilized in the assembly of a wide range of devices, including multi-layer mounting of precision equipment and height adjustments between substrates and components.

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This product is a round hollow spacer made from "polycarbonate (PC) resin," which features high impact resistance and transparency. Thanks to the excellent impact resistance characteristic of polycarbonate resin, it is less likely to break upon impact and can be used as a spacer inside equipment and devices where vibrations and external shocks are expected. It supports the fixation of components inside devices as a lightweight resin part while ensuring spacing between substrates and components. Additionally, it excels in electrical insulation, making it suitable for applications that require electrical spacing and insulation around circuits, such as printed circuit boards. It also possesses heat resistance, allowing for broad use as a spacing or fixing component inside general equipment and devices. Its clear appearance, which offers excellent transparency, is also a feature, making it suitable for devices where visibility of internal structures and components is desired. This hollow spacer combines lightweight, impact resistance, electrical insulation, and transparency, making it useful for assembling various equipment and devices while ensuring spacing between substrates and components.

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This product is a round hollow spacer carved from "Bakelite," which is based on phenolic resin. Utilizing the electrical insulation and heat resistance unique to thermosetting resins, it can be used to secure substrates and components inside electronic devices and various equipment. Bakelite has excellent electrical insulation properties, making it suitable as a spacer in areas where electrical insulation and separation are required, such as around circuit boards and high-voltage components. Additionally, unlike metal spacers, it is less conductive, supporting the installation of insulating components within devices. Furthermore, as a thermosetting resin, Bakelite has the characteristic of being difficult to soften when heated, unlike thermoplastic resins. Therefore, it can also be utilized for supporting substrates and ensuring spacing between components in devices and equipment that require a certain level of heat resistance. This practical hollow spacer can be used for spacing and securing substrates and components in environments where electrical insulation and heat resistance are required, such as in industrial equipment and electronic devices.

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