廣杉計器 Product Lineup

This product is a spacer made of Delrin (POM) with excellent mechanical strength and high dimensional stability, featuring a metal screw insert. It combines the superior electrical insulation properties of resin with the strong fastening strength of metal screws, providing stable fixation performance even in environments subject to vibration and load. Delrin has very low water absorption, resulting in minimal dimensional changes and material degradation due to humidity fluctuations, allowing for high precision maintenance over long periods. Additionally, the metal screw insert prevents wear on the threads in areas where repeated tightening is necessary and ensures reliable fixation in designs that require secure attachment to metal housings.

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This product is a spacer made of Delrin (POM) with mechanical strength and high dimensional stability, featuring a metal screw insert. It combines excellent electrical insulation properties of the resin with the strong fastening strength of the metal screw, providing stable fixation performance even in environments subjected to vibration and load. Delrin has very low water absorption, resulting in minimal dimensional changes and material degradation due to humidity fluctuations, allowing for high precision maintenance over long periods. Additionally, the metal screw insert prevents wear on the threads in areas where repeated tightening is necessary, ensuring reliable fixation in designs that require secure attachment to metal housings.

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This product is a spacer made of Delrin (POM) with mechanical strength and high dimensional stability, featuring a metal female thread pressed into the body. It combines excellent electrical insulation properties of the resin with the strong fastening strength of the metal screw, providing stable fixation performance even in environments subject to vibration and load. Delrin has very low water absorption, resulting in minimal dimensional changes and material degradation due to humidity fluctuations, allowing for high precision maintenance over long periods. Additionally, due to the metal female thread, it prevents wear on the screw threads in areas where repeated tightening is necessary or where reliable fixation to a metal housing is required, maintaining high reliability.

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This product is a blue POM EX-09 press-fit spacer made from materials that comply with the Food Sanitation Act. The body features a robust metal screw that is press-fitted, providing excellent mechanical strength and high dimensional stability, making it suitable for use in environments where food contact is required. The "blue" color of the product allows for easy visual detection as a foreign object in the unlikely event of fragment contamination, providing peace of mind in manufacturing environments that require thorough hygiene management. It combines the excellent insulation properties of resin with the strong fastening capability of metal screws, making it an ideal choice for implementation in clean environments such as food and beverage manufacturing equipment. It achieves reliable fastening in designs that need to meet high safety standards.

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This product is a blue POM EX-09 press-fit spacer made from materials that comply with the Food Sanitation Act. The main body features a strong metal screw that is press-fitted, providing excellent mechanical strength and high dimensional stability, making it suitable for use in environments where food contact is required. The product's "blue" color makes it easy to visually detect foreign substances in the event of accidental fragment contamination, providing peace of mind in manufacturing environments that require strict hygiene management. It combines the excellent insulation properties of the resin with the strong fastening capability of the metal screw, making it a suitable choice for implementation in clean environments such as food and beverage manufacturing equipment. It achieves reliable fastening in designs that need to meet high safety standards.

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This product is a spacer made of Delrin (POM) with mechanical strength and high dimensional stability, featuring metal threaded inserts. It is a "conductive type" where the metal threads are connected within the body, allowing it to accommodate both areas that require electrical connections. The Delrin material has very low water absorption, making it less susceptible to humidity and maintaining high precision dimensions over a long period. Additionally, the metal threads provide high reliability and strong retention even in areas where screws need to be repeatedly attached and detached or where high fastening torque is required. Combining the lightweight properties of resin with the strong fastening capability of metal screws, it serves as an ideal component choice for designs that require both electrical conductivity and stable physical fixation simultaneously.

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This product is a spacer made of Delrin (POM) with excellent mechanical strength and high dimensional stability, featuring metal double screws press-fitted into the body. The metal screws are completely isolated by the resin body, creating an "insulated type" structure that physically cuts off the electrical pathway, effectively preventing shorts and unwanted conduction between circuits. The material, Delrin, has very low water absorption, resulting in minimal dimensional changes even in humid environments, thus maintaining high precision spacing. Additionally, with the metal screws being press-fitted, it provides stable fastening strength while minimizing wear on the threads in areas that require repeated tightening or strong fixation. Combining the insulation and lightweight properties of resin with the robust fastening strength of metal screws, this product is a highly effective choice for the design of precision equipment where stable operation of circuits and safe implementation are essential.

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This product is a spacer made of Delrin (POM) with excellent mechanical strength and high dimensional stability, featuring metal double screws press-fitted into the body. The metal screws are completely isolated by the resin body, creating an "insulated type" structure that physically cuts off the electrical pathway, effectively preventing shorts and unwanted conduction between circuits. The material, Delrin, has very low water absorption, resulting in minimal dimensional changes even in humid environments, thus maintaining high precision spacing. Additionally, because the metal screws are press-fitted, they provide stable fastening strength while minimizing wear on the threads in areas that require repeated tightening or strong fixation. Combining the insulation and lightweight properties of resin with the robust fastening strength of metal screws, this product is an extremely effective choice for the design of precision equipment where stable operation of circuits and safe implementation are essential.

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This product is a round double-threaded spacer made of Delrin (POM), which boasts excellent mechanical strength and high dimensional stability. Its cylindrical slim design minimizes interference with surrounding components even in limited installation spaces, enabling efficient layouts. Thanks to Delrin's characteristic low moisture absorption, its dimensions and physical properties remain stable against humidity changes, maintaining accurate spacing over long periods. Additionally, its excellent electrical insulation properties ensure that circuit boards and components are reliably elevated from metal housings, reducing the risk of short circuits.

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This product is a round double-threaded spacer made of Delrin (POM), which excels in mechanical strength and high dimensional stability. Its cylindrical slim design minimizes interference with surrounding components even in spaces with limited installation area, enabling efficient layouts. Thanks to the unique low water absorption of Delrin, its dimensions and physical properties remain stable against changes in humidity, maintaining accurate spacing over long periods. Additionally, with excellent electrical insulation properties, it effectively elevates circuit boards and components from metal housings, reducing the risk of short circuits.

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This product is a round spacer made of durable and dimensionally stable Delrin (POM) with a metal insert for the threaded section. It maintains the electrical insulation and lightweight properties of the resin while providing high fastening strength and durability through the metal screw part. Due to the extremely low water absorption of Delrin material, it experiences minimal dimensional changes and property degradation due to humidity fluctuations, maintaining high precision over long periods. Additionally, its slim round shape minimizes interference with surrounding wiring and components while ensuring reliable spacing and fixation. Combining the insulation properties of resin with the robust fastening strength of metal, it is an excellent choice for precision equipment where stable circuit operation and safe implementation are required.

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This product is a round spacer made of durable and dimensionally stable Delrin (POM) with a metal insert for the threaded section. It maintains the electrical insulation and lightweight properties of the resin while providing high fastening strength and durability due to the metal screw section. The Delrin material has extremely low water absorption, resulting in minimal dimensional changes and property degradation due to humidity fluctuations, thus maintaining high precision over long periods. Additionally, its slim round shape minimizes interference with surrounding wiring and components while ensuring reliable spacing and fixation. Combining the insulation properties of resin with the robust fastening strength of metal, it serves as a highly effective component choice for precision equipment where stable circuit operation and safe implementation are required.

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This product is a round spacer made of durable and dimensionally stable Delrin (POM) with a metal insert for the threaded section. It maintains the electrical insulation and lightweight properties of the resin while providing high fastening strength and durability due to the metal screw section. The Delrin material has extremely low water absorption, resulting in minimal dimensional changes and property degradation due to humidity fluctuations, thus maintaining high precision over long periods. Additionally, its slim round shape minimizes interference with surrounding wiring and components while ensuring reliable spacing and fixation. Combining the insulation properties of resin with the robust fastening strength of metal, it serves as an excellent component choice for precision instruments where stable circuit operation and safe implementation are required.

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This product is a round spacer made of Delrin (POM) with excellent mechanical strength and high dimensional stability, featuring a metal screw pressed into the body. The body has internal threads, allowing for strong fastening on one side with a metal screw, while the other side can securely hold components in an insulated state with resin, enabling flexible mounting according to application needs. Delrin material has extremely low water absorption, resulting in minimal dimensional changes or degradation of physical properties due to humidity fluctuations. Additionally, its slim round shape ensures reliable spacing and fixation even in high-density mounting environments where interference with surrounding components is unlikely. Combining the insulating properties and lightweight nature of resin with the reliable fastening strength of metal screws, it serves as an efficient and highly reliable component choice for the assembly of precision electronic devices and industrial equipment.

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This product is a round spacer made of Delrin (POM) with excellent mechanical strength and high dimensional stability, featuring a metal screw pressed into the body. The body has internal threads, allowing for strong fastening on one side with a metal screw, while the other side can securely hold components in an insulated state with resin, enabling flexible mounting according to application needs. Delrin material has extremely low water absorption, resulting in minimal dimensional changes or degradation of physical properties due to humidity fluctuations. Additionally, its slim round shape ensures reliable spacing and fixation even in high-density mounting environments where interference with surrounding components is unlikely. Combining the insulation and lightweight properties of resin with the reliable fastening strength of metal screws, it serves as an efficient and reliable component choice for assembling precision electronic devices and industrial equipment.

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This product is a round spacer made of durable Delrin (POM) with excellent mechanical strength and high dimensional stability, featuring a metal screw pressed into the body. The body has internal threads, allowing for a strong fastening on one side with a metal screw, while the other side can securely hold components in an insulated state with resin, enabling flexible mounting according to application needs. Delrin material has extremely low water absorption, resulting in minimal dimensional changes or degradation of properties due to humidity fluctuations. Additionally, the slim round shape ensures reliable spacing and fixation even in high-density mounting environments where interference with surrounding components is unlikely. Combining the insulation and lightweight properties of resin with the reliable fastening strength of metal screws, it serves as an efficient and highly reliable component choice for assembling precision electronic devices and industrial equipment.

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This product is an all-resin type round spacer made from Delrin (POM) that has been machined into a single piece, featuring excellent mechanical strength and high dimensional stability. Since it does not use any metal, it is suitable for use in areas requiring complete insulation or in clean environments where contamination by metal particles is undesirable. Delrin material has extremely low water absorption, resulting in minimal dimensional changes or deterioration of properties due to humidity fluctuations. Additionally, its slim round shape ensures reliable spacing and fixation even in high-density mounting environments where interference with surrounding components is unlikely. By completely eliminating metal parts, it reduces the impact of electromagnetic noise and contributes to weight reduction of equipment as an ultra-lightweight fastening component. It serves as a highly reliable option for precision electronic devices where insulation performance is a top priority, as well as in environments with magnetic and electrical constraints.

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This product is a round spacer made of Delrin (POM) with excellent mechanical strength and high dimensional stability, featuring a metal screw pressed into the body. The metal screw is firmly held in the resin body, allowing it to leverage the insulating properties of the resin while exhibiting the superior fastening strength and high durability characteristic of metal screws. The Delrin material has extremely low water absorption, resulting in minimal dimensional changes and property degradation even in humid environments, thus maintaining accurate spacing over long periods. Additionally, its slim round shape allows for secure fastening even in tight spaces where it may interfere with densely packed components or surrounding wiring. Combining the advantages of insulation and lightweight properties of resin with the fastening strength of metal, it serves as a highly effective component choice for precision electronic devices where stable operation and safe implementation of circuits are essential.

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This product is a round spacer made of durable Delrin (POM) with excellent mechanical strength and high dimensional stability, featuring a metal screw pressed into the body. The metal screw is firmly held in the resin body, allowing it to leverage the insulation properties of the resin while providing the superior fastening strength and high durability characteristic of metal screws. Due to the extremely low water absorption of the Delrin material, there is minimal dimensional change or degradation of properties even in humid environments, ensuring accurate spacing is maintained over long periods. Additionally, its slim round shape allows for secure fastening even in tight spaces where it may interfere with surrounding components or wiring. Combining the advantages of insulation and lightweight properties of resin with the fastening strength of metal, it serves as a highly effective component choice for precision electronic devices where stable operation of circuits and safe implementation are essential.

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This product is a round spacer made of Delrin (POM) with excellent mechanical strength and high dimensional stability, featuring a metal screw that is press-fitted into the body. The metal screw is securely held in the resin body, allowing it to utilize the insulating properties of the resin while demonstrating the superior fastening strength and high durability characteristic of metal screws. Due to the extremely low water absorption of the Delrin material, there is minimal dimensional change and deterioration of physical properties even in humid environments, maintaining accurate spacing over long periods. Additionally, the slim round shape allows for secure fastening even in tight spaces where components are densely packed or where surrounding wiring may interfere. Combining the advantages of insulation and lightweight properties of resin with the fastening strength of metal, this product is an excellent choice for precision electronic devices where stable circuit operation and safe implementation are essential.

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This product is a round spacer made of Delrin (POM) with excellent mechanical strength and high dimensional stability, featuring a metal screw that is press-fitted into the body. The metal screw is firmly held in the resin body, allowing it to leverage the insulating properties of the resin while exhibiting the superior fastening strength and high durability characteristic of metal screws. The Delrin material has extremely low water absorption, resulting in minimal dimensional changes and physical property degradation even in humid environments, thus maintaining accurate spacing over long periods. Additionally, its slim round shape allows for secure fastening even in tight spaces that may interfere with densely packed components or surrounding wiring. Combining the advantages of insulation and lightweight properties of resin with the fastening strength of metal, it serves as a highly effective component choice for precision electronic devices where stable operation of circuits and safe implementation are essential.

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This product is a hollow (through-hole) type round spacer made of Delrin (POM), which excels in mechanical strength and high dimensional stability. Due to its simple hollow structure without screw threads, it can be easily used as a "spacer collar" when fastening with bolts, allowing for precise positioning and height adjustment within equipment. The Delrin material has very low water absorption, resulting in minimal dimensional changes or degradation of properties due to humidity fluctuations. Additionally, the round shape has a slim outer diameter, providing excellent mounting capabilities without interfering with surrounding components, even in densely packed parts or narrow spaces. As a complete electrical insulator, it completely eliminates the risk of short circuits with circuit boards when passing metal screws through it, while the lightweight nature of the resin contributes to reducing the overall weight of the equipment. It serves as a highly versatile option in designs where both physical separation and electrical insulation are required.

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This product is a hollow (through-hole) type round spacer made of Delrin (POM), which excels in mechanical strength and high dimensional stability. Due to its simple hollow structure without screw threads, it can be easily used as a "spacer collar" when fastening with bolts, allowing for precise positioning and height adjustment within equipment. The Delrin material has very low water absorption, resulting in minimal dimensional changes or degradation of physical properties due to humidity fluctuations. Additionally, the round shape has a slim outer diameter, providing excellent mounting capabilities without interfering with surrounding components, even in densely packed parts or confined spaces. As a complete electrical insulator, it completely eliminates the risk of short circuits with circuit boards when using metal screws, while the lightweight nature of the resin contributes to reducing the overall weight of the equipment. It serves as a highly versatile option in designs where both physical separation and electrical insulation are required.

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This product is a hollow (through-hole) type round spacer made of Duracon (POM), which boasts excellent mechanical strength and high dimensional stability. Due to its simple hollow structure without screw threads, it can be easily used as a "spacer collar" when fastening with bolts, allowing for precise positioning and height adjustment within equipment. The Duracon material has very low water absorption, resulting in minimal dimensional changes or deterioration of properties due to humidity fluctuations. Additionally, the round shape has a slim outer diameter, providing excellent mounting capability without interfering with surrounding components, even in densely packed parts or narrow spaces. As a complete electrical insulator, it completely eliminates the risk of short circuits with circuit boards even when metal screws are used, while the lightweight nature of the resin contributes to reducing the overall weight of the equipment. It serves as a highly versatile option in designs where both physical separation and electrical insulation are required.

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This product is a hollow spacer for tapping screw fixation made of Delrin (POM), which boasts excellent mechanical strength and dimensional stability. Its hollow structure allows tapping screws to be directly screwed in for fixation, enabling quick and reliable installation in areas where conventional bolt and nut fastening is difficult or where a reduction in assembly labor is required. The Delrin material has very low water absorption, making it less susceptible to humidity and maintaining stable spacing over long periods. Additionally, its inherent electrical insulation properties physically prevent shorts in circuit board mounting.

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This product is a hollow spacer for tapping screw fixation made of Delrin (POM), which boasts excellent mechanical strength and dimensional stability. Its hollow structure allows tapping screws to be directly screwed in and secured, enabling quick and reliable installation in areas where conventional bolt and nut fastening is difficult or where a reduction in assembly work is required. The Delrin material has very low water absorption, making it less susceptible to humidity and maintaining stable spacing over long periods. Additionally, its inherent electrical insulation properties physically prevent shorts in circuit board mounting.

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This product is a round spacer for tapping screw fixation made of Delrin (POM), which boasts excellent mechanical strength and dimensional stability. Its hollow internal structure allows for direct screwing of tapping screws for fixation, making it very effective for securing in areas where bolt and nut fastening is difficult, as well as simplifying assembly processes. The Delrin material has extremely low water absorption, resulting in minimal dimensional changes and property degradation due to humidity fluctuations, thus maintaining accurate spacing over long periods. Additionally, its slim round shape allows for neat fixation without interfering with surrounding components, even in densely arranged parts or narrow spaces.

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This product is a round spacer for tapping screw fixation made from Delrin (POM), which boasts excellent mechanical strength and dimensional stability. Its hollow internal structure allows tapping screws to be directly screwed in for fixation, making it very effective for securing in areas where bolt and nut fastening is difficult, as well as simplifying the assembly process. The Delrin material has extremely low water absorption, resulting in minimal dimensional changes and property degradation due to humidity fluctuations, thereby maintaining accurate spacing over long periods. Additionally, its slim round shape allows for neat fixation without interfering with surrounding components, even in densely arranged parts or narrow spaces.

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This product is a dedicated spacer designed to mount circuit boards vertically, made from Duracon (POM), which boasts mechanical strength and high dimensional stability. By arranging sub-boards and sensor boards vertically relative to the main board, it allows for three-dimensional utilization of the limited space inside the enclosure, strongly supporting the implementation of high-density electronic devices. The Duracon material has very low water absorption, resulting in minimal dimensional changes and warping even in humid environments, accurately maintaining the angle of vertically mounted circuit boards over long periods. Additionally, it possesses complete electrical insulation, physically preventing the risk of shorts between the circuit boards and the enclosure or adjacent circuits, ensuring safe implementation. In environments that pursue space-saving designs, this is a highly efficient option that enables a three-dimensional layout by standing the circuit boards. It achieves reliable fixation and insulation in designs aimed at miniaturizing equipment and optimizing internal structures.

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This product is a set-type spacer that allows for the integrated management and delivery of the spacer body, mounting screws, and washers for the fixation work of circuit boards. The term "screw protrusion type" in the model number refers to a structure where the head of the screw protrudes moderately from the end face of the spacer when installed, designed to ensure accurate positioning when stacking circuit boards and proper engagement during stacking. The body is made of Delrin (POM), which offers excellent mechanical strength and high dimensional stability. This material has very low water absorption, resulting in minimal dimensional changes due to variations in temperature and humidity, allowing for the maintenance of accurate spacing over long periods, even in high-density implementations where multiple circuit boards are stacked.

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This product is a set spacer designed to pursue efficient mounting on the substrate. It is supplied in a form that includes both the spacer and washer, allowing customers to efficiently incorporate the spacer and mounting screws onto the substrate at their location. It enables easy installation with a one-touch feel, contributing to a reduction in labor hours. The main body is made of Duracon (POM), which offers excellent mechanical strength and high dimensional stability. The screw protection design reduces the risk of the screw head damaging surrounding circuits or the substrate during installation, thereby improving assembly quality. Thanks to the extremely low water absorption characteristic of Duracon, there is almost no dimensional change due to humidity fluctuations, maintaining a stable separation over long periods. It combines complete insulation performance with a safe design that protects the screws, making it a highly efficient choice for the assembly of precision equipment.

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This product is a one-touch type spacer that allows for tool-free fixation to a circuit board, made from durable and dimensionally stable Delrin (POM). The tip of the spacer features a flexible snap-fit structure, enabling easy and secure attachment by simply pushing it into the mounting hole of the circuit board, eliminating the need for screws and tools. The Delrin material has extremely low water absorption, resulting in minimal swelling or dimensional changes due to humidity fluctuations, thus maintaining accurate spacing over long periods. Additionally, being entirely made of resin, it possesses high electrical insulation properties, physically preventing circuit shorts between the circuit board and chassis. Since operators can easily attach and detach it by hand, it significantly reduces labor time in the assembly process of electronic devices, greatly contributing to increased productivity in manufacturing environments. It is an extremely efficient choice for securing high-density mounted circuit boards and in environments where maintainability is required.

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This product is a round double male-threaded spacer made of PTFE (fluororesin), which boasts excellent electrical insulation and chemical resistance. Utilizing the non-stick properties, heat resistance, and superior insulation performance of PTFE, it is suitable for insulating and securing components such as circuit boards. PTFE is a chemically stable material that demonstrates excellent resistance to many acids, alkalis, and solvents. Therefore, it is suitable for environments where contact with chemicals is expected and for industrial equipment that requires corrosion resistance. Additionally, PTFE has excellent heat resistance with a continuous use temperature of around 260°C, making it suitable for a wide range of temperature environments. Furthermore, due to its very high volume resistivity, it is used as an electrical insulating component. With its low dielectric constant and dielectric loss tangent, it is also suitable for insulating components around high-frequency circuits.

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This product is a round hollow spacer (color) made of PTFE (fluororesin) that features excellent electrical insulation and chemical resistance. Utilizing the non-stick properties, heat resistance, and superior insulation performance of PTFE, it is suitable for applications that require insulation and fixation of components such as circuit boards. PTFE is a chemically stable material that exhibits excellent resistance to many acids, alkalis, and solvents. Therefore, it is suitable for environments where contact with chemicals is expected and for industrial equipment that requires corrosion resistance. Additionally, PTFE has excellent heat resistance with a continuous use temperature of around 260°C, making it suitable for use in a wide range of temperature environments. Furthermore, due to its very high volume resistivity, it is used as an electrical insulating component. With its low dielectric constant and dielectric loss tangent, it is also suitable for insulating components around high-frequency circuits.

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This is a spacer for mounting on circuit boards made of PTFE (fluororesin), which has excellent electrical insulation and chemical resistance. It supports the mounting and fixing of components on circuit boards and is suitable for electrical insulation between components due to its superior insulation properties. ■ Main Features - Excellent electrical insulation and chemical resistance: Thanks to the unique properties of PTFE (fluororesin), it offers outstanding electrical insulation and chemical resistance. - Color-coded identification management (color variations): Available in five colors, it can be utilized for identification management through color coding based on component types or circuit blocks. - Improved visibility and maintainability: Color coding helps prevent misassembly during installation and supports component identification and visibility during maintenance and inspection. ■ Applications - Mounting and fixing of components on circuit boards - Fixing and insulating components in electronic devices where electrical insulation and chemical resistance are required - Implementation and maintenance of electronic devices utilizing color-coded identification management.

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This is a spacer for mounting on circuit boards made of PTFE (fluororesin), which has excellent electrical insulation and chemical resistance. It supports the mounting and fixing of components on circuit boards and is suitable for electrical insulation between components due to its excellent insulation properties. ■ Main Features - Excellent electrical insulation and chemical resistance: Thanks to the unique properties of PTFE (fluororesin), it offers outstanding electrical insulation and chemical resistance. - Color-coded identification management (color variations): Available in five colors, it can be used for identification management by color-coding based on component types or circuit blocks. - Improved visibility and maintainability: Color coding helps prevent misassembly during installation and supports component identification and visibility during maintenance and inspection. ■ Applications - Mounting and fixing of components on circuit boards - Fixing and insulating components in electronic devices where electrical insulation and chemical resistance are required - Implementation and maintenance of electronic devices utilizing color-coded identification management

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This is a spacer for mounting on circuit boards made of PTFE (fluororesin), which has excellent electrical insulation and chemical resistance. It supports the mounting and fixing of components on circuit boards and is suitable for electrical insulation between components due to its excellent insulation properties. ■ Main Features - Excellent electrical insulation and chemical resistance: Thanks to the unique properties of PTFE (fluororesin), it offers outstanding electrical insulation and chemical resistance. - Color-coded identification management (color variations): Available in five colors, it can be used for identification management by color-coding based on component types or circuit blocks. - Improved visibility and maintainability: Color coding helps prevent misassembly during installation and supports component identification and visibility during maintenance and inspection. ■ Applications - Mounting and fixing of components on circuit boards - Fixing and insulating components in electronic devices where electrical insulation and chemical resistance are required - Implementation and maintenance of electronic devices utilizing color-coded identification management.

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This is a spacer for mounting on circuit boards made of PTFE (fluoropolymer) with excellent electrical insulation and chemical resistance. It supports the mounting and fixing of components on circuit boards and is suitable for electrical insulation between components due to its superior insulation properties. ■ Main Features - Excellent electrical insulation and chemical resistance: Thanks to the unique properties of PTFE (fluoropolymer), it offers excellent electrical insulation and chemical resistance. - Color-coded identification management (color variations): Available in five colors, it can be used for identification management by color-coding based on component types or circuit blocks. - Improved visibility and maintainability: Color-coded identification helps prevent misassembly during installation and supports component identification and visibility during maintenance and inspection. ■ Applications - Mounting and fixing of components on circuit boards - Fixing and insulating components in electronic devices where electrical insulation and chemical resistance are required - Implementation and maintenance of electronic devices utilizing color-coded identification management

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This is a spacer for mounting on circuit boards made of PTFE (fluororesin), which has excellent electrical insulation and chemical resistance. It supports the mounting and fixing of components on circuit boards and is suitable for electrical insulation between components due to its superior insulation properties. ■ Main Features - Excellent electrical insulation and chemical resistance: Thanks to the unique properties of PTFE (fluororesin), it offers outstanding electrical insulation and chemical resistance. - Color-coded identification management (color variations): Available in five colors, it can be used for identification management by color-coding based on component types or circuit blocks. - Improved visibility and maintainability: Color coding helps prevent misassembly during installation and supports component identification and visibility during maintenance and inspection. ■ Applications - Mounting and fixing of components on circuit boards - Fixing and insulating components in electronic devices where electrical insulation and chemical resistance are required - Implementation and maintenance of electronic devices utilizing color-coded identification management

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This is a hex spacer with male threads on both sides, made from lightweight and highly insulating 66 nylon. Compared to metal spacers, it is lightweight and can be used for securing components in environments where electrical insulation of circuit boards and avoidance of metal corrosion are desired. ■ Main Features - Contribution to Weight Reduction: Being lighter than metal spacers, it supports the lightweight design of equipment and devices. - Excellent Insulation: Made from 66 nylon with superior electrical insulation properties, it helps with electrical insulation and separation in circuit board mounting, as well as preventing shorts. - Corrosion Resistance (Non-metallic): Since it does not rust like metal, it is suitable for use in environments where metal corrosion needs to be avoided. ■ Applications - Electrical insulation and separation in circuit board mounting - Designs requiring lightweight equipment and devices - Securing boards and components in environments where metal corrosion should be avoided

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This is a hex spacer with one side male thread and one side female thread made from lightweight and highly insulating 66 nylon. Compared to metal spacers, it is lightweight and can be used for insulating circuit boards, as well as for step height adjustments and secure connections. ■ Main Features - Contribution to Weight Reduction: Its lightweight nature compared to metal spacers supports the overall weight reduction of devices and equipment. - Excellent Insulation: Made from 66 nylon, which has superior electrical insulation properties, it helps with electrical insulation, spacing, and short-circuit prevention in circuit board mounting. - Corrosion Resistance (Non-metal): Since it does not rust like metal, it is suitable for use in environments where metal corrosion is to be avoided. ■ Applications - Electrical insulation and spacing in circuit board mounting - Step height adjustments and secure connections within stacked boards or enclosures - Design requirements for lightweight devices and equipment

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This is a hex spacer with male and female threads, featuring a washer, made from lightweight and highly insulating nylon 66. By integrating the washer with the male thread, it ensures a sufficient contact area with the fastening target, distributing the tightening load to support stable assembly. ■ Main Features - Stability with Washer: Ensures contact area and distributes tightening load, helping to reduce localized stress, scratches, and deformation on the target object. - Contribution to Weight Reduction: Lighter compared to metal spacers, supporting the overall weight reduction of equipment and devices. - Excellent Insulation: Made from nylon 66, which has excellent electrical insulation properties, aiding in electrical insulation and separation during circuit board assembly and preventing shorts. - Corrosion Resistance (Non-Metal): Since it does not rust like metal, it is suitable for use in environments where metal corrosion is to be avoided. ■ Applications - Electrical insulation and separation in circuit board assembly - Fixing in areas where load distribution through a washer is required - Fixing in areas where scratches or deformation on the target object need to be minimized - Design requiring weight reduction of equipment and devices - Assembly in environments where metal corrosion is to be avoided

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This is a hex spacer with male and female threads, designed with a short male thread and made from lightweight, highly insulating nylon 66. The reduced protrusion of the male thread allows for use in limited narrow spaces or areas with height restrictions for securing circuit boards and components. ■ Main Features - Space-saving design with short male thread: The short male thread design minimizes protrusion, making it suitable for fastening in limited spaces or areas with height constraints. It also helps reduce interference with surrounding components. - Contribution to weight reduction: Compared to metal spacers, it is lightweight, supporting the overall weight reduction of equipment and devices. - Excellent insulation: Made from nylon 66, which has excellent electrical insulation properties, it helps with electrical insulation and separation in circuit board mounting, preventing shorts. - Corrosion resistance (non-metal): Since it does not rust like metal, it is suitable for use in environments where metal corrosion is to be avoided. ■ Applications - Fixing circuit boards and components in limited narrow spaces or areas with height restrictions - Fastening in areas where interference with surrounding components needs to be minimized - Electrical insulation and separation in circuit board mounting - Designs requiring weight reduction for equipment and devices - Assembly in environments where metal corrosion is to be avoided

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This is a hex spacer with male threads on both sides, made from lightweight and highly insulating nylon 66. Compared to metal spacers, it is lightweight and can be used as a connecting component when linking multiple circuit boards or panels. ■ Key Features - Connectivity with male threads on both ends: Equipped with male threads at both ends, making it suitable as a connecting component for linking multiple circuit boards or panels. - Contribution to weight reduction: Being lighter than metal spacers, it supports the overall weight reduction of equipment and devices. - Excellent insulation: Made from nylon 66, which has excellent electrical insulation properties, it helps with electrical insulation and separation in circuit board mounting, as well as preventing shorts. - Corrosion resistance (non-metal): Since it does not rust like metal, it is suitable for use in environments where metal corrosion is to be avoided. ■ Applications - Fixing when connecting multiple circuit boards or panels - Electrical insulation and separation in circuit board mounting - Designs requiring weight reduction of equipment and devices - Assembly in environments where metal corrosion is to be avoided

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This is a round hollow spacer made from lightweight and highly insulating nylon 66. Compared to metal spacers, it is lightweight and features a simple structure that allows screws to pass through the hollow section, making it suitable for applications that require space between the circuit board and the mounting surface. ■ Main Features - Simple and efficient structure (round hollow): The simple design allows screws to pass through the hollow section, ensuring a consistent space between the circuit board and components. - Contribution to weight reduction: Being lighter than metal spacers, it supports the overall weight reduction of equipment and devices. - Excellent insulation: Made from nylon 66, which has superior electrical insulation properties, it helps with electrical insulation and separation in circuit board mounting, as well as preventing shorts. - Corrosion resistance (non-metal): Since it does not rust like metal, it is suitable for use in environments where metal corrosion is to be avoided. ■ Applications - Electrical insulation and separation in circuit board mounting - Creating space between circuit boards and components using screws - Height adjustment between circuit boards and mounting surfaces - Designs that require weight reduction of equipment and devices - Assembly in environments where metal corrosion is to be avoided

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