廣杉計器 Product Lineup

This is a brass round male-female spacer finished with a luxurious black nickel plating, designed to ensure excellent maintenance capabilities through a slotted processing on the side of the body. ■ Main Features - Slotted structure for enhanced maintenance: The side of the body features a slotted (grooved) design, allowing for easy rotation with a flathead screwdriver even in tight spaces where fingers cannot easily reach, enabling efficient adjustments and detachments. - Luxurious and durable black nickel plating: The surface is coated with glossy black nickel plating, achieving a sleek and beautiful appearance while providing excellent rust resistance, making it suitable for visible areas and high-end exterior components. - Flexible connection and fixation (male-female structure): One side is male-threaded and the other side is female-threaded, allowing for flexible adjustments in board height, secure fixation to the chassis, and connection between spacers according to various applications. ■ Applications - Installation and maintenance of circuit boards and components in tight gaps where fingers cannot easily reach or where tool access is limited. - Use as exterior components requiring a unified black color scheme or high-end aesthetic and design. - Height adjustment (spacing) of printed circuit boards and secure fixation to the chassis.

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This is a round spacer that is suitable for stacked circuit boards and space-saving designs due to its short screw length. By designing the screw part to be short, unnecessary protrusions are minimized when stacking circuit boards, allowing for effective use of limited enclosure space. The side of the main body features a "slit" that can be turned with a flathead screwdriver, making position adjustments and removals smooth in tight spaces. It is made of brass, which has excellent mechanical strength, and is coated with nickel plating for superior corrosion resistance. Due to its round shape, it is less likely to interfere with surrounding components even in densely packed areas, enabling efficient layouts. It also offers high maintainability after assembly, making it a suitable part for the design of high-density electronic devices.

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The brass round spacers (collars) are simple cylindrical shapes without threading, essential basic parts for adjusting the height of circuit boards and maintaining spacing between components. This product's major appeal lies in its excellent balance of strength, size variety, and cost. The brass material has high rigidity and is resistant to deformation in applications such as press-fitting and insertion, making it suitable for areas requiring high dimensional accuracy. Additionally, the wide range of sizes offers great design flexibility, and it can accommodate everything from mass production to prototyping at stable prices. The surface is treated with nickel plating to ensure corrosion resistance, preventing oxidation and discoloration. Even with long-term use, it maintains its appearance and dimensional accuracy, strongly supporting design rationalization. If you are looking for specific improvement proposals, such as product selection or size consultation, please feel free to reach out.

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The brass round spacers (collars) have a simple cylindrical shape without threading, making them ideal basic parts for height adjustment of circuit boards and maintaining spacing between components. This product excels in the balance of strength, size variation, and cost. The brass material has high rigidity and is resistant to deformation in applications such as press-fitting and insertion, providing high reliability in areas where dimensional accuracy is crucial. Additionally, a wide range of size variations is available, allowing you to choose the most suitable option according to your design intentions, from prototypes to mass production. Since it has a raw finish without plating, it is also suitable for cases where you want to reduce processing costs or perform unique surface treatments or processing in later stages.

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The round brass spacer (color) is a simple cylindrical shape without threading, and it is an essential basic part for adjusting the height of circuit boards and maintaining the spacing between components. The brass material has high rigidity and is resistant to deformation in applications such as press-fitting and insertion, making it suitable for areas that require high dimensional accuracy. With a wide variety of sizes available, it allows for design flexibility while providing an economical choice for both mass production and prototyping. The surface is treated with "black nickel plating," and the subdued black color, which reduces the metallic luster, not only enhances the aesthetics inside the housing but is also very effective in precision designs for optical devices and camera peripherals that dislike light reflection. In terms of functionality, it has excellent corrosion resistance due to the nickel plating, minimizing discoloration and degradation even after long-term use, thus maintaining stable quality.

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The brass round spacers (thin-walled pipes) are pipe-shaped spacers with a reduced wall thickness compared to standard products. They are suitable for achieving a lighter and more compact design when adjusting the height of circuit boards or maintaining spacing between components. This product uses high-strength brass material while achieving further weight reduction by minimizing wall thickness. In cases where standard spacers may have an outer diameter that is too large or weight that becomes a limitation, this product can flexibly accommodate tighter spaces and designs with strict weight restrictions. The surface is treated with nickel plating, adding the excellent corrosion resistance of brass. Despite the thin wall thickness, the plating prevents oxidation and discoloration, maintaining stable quality and appearance over the long term. With a wide range of sizes and a pipe shape that reduces processing effort, it strongly supports the rationalization of design from prototyping to mass production.

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The brass round spacers (thin-walled pipes) are pipe-shaped spacers finished with a thinner wall than standard products. They are very effective basic parts for circuit board layouts in limited spaces and designs that require further weight reduction. This product achieves lightweight construction by using high-strength brass material while keeping the wall thickness low. It can flexibly accommodate areas where standard spacers cannot secure space or designs for precision instruments with strict weight limits. Since it is a "non-plated" specification without surface treatment, it is suitable for designs that aim to reduce processing costs or for secondary processing in the final product.

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The hexagonal spacer (color) made of brass is a hollow spacer with a hexagonal shape. It is a basic part used for a wide range of applications, such as adjusting the height of circuit boards and maintaining spacing between components. The surface is treated with nickel plating, which prevents oxidation and discoloration, the weaknesses of brass, and provides high corrosion resistance over a long period.

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The square spacer (color) made of brass is a hollow spacer with a square shape. It is a basic part used for a wide range of applications, such as adjusting the height of circuit boards and maintaining spacing between components. The surface is coated with nickel plating, which prevents oxidation and discoloration, the weaknesses of brass, and provides long-term high corrosion resistance.

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The brass vertical circuit board mounting spacers are cube-shaped parts designed to connect and secure circuit boards vertically (at a 90-degree angle). They play a crucial role in maximizing the limited internal volume of enclosures and in designs that require three-dimensional arrangement of circuit boards. The cube shape, which makes contact over a surface, has a larger contact area than cylindrical spacers, allowing for stronger and more precise retention of circuit boards even in environments prone to vibrations and shocks. Made from brass, which has excellent mechanical strength, these spacers provide stable holding power over long periods due to their high rigidity. The surface is treated with nickel plating, offering excellent corrosion resistance that prevents oxidation and discoloration, thus supporting reliable long-term mounting. These spacers are an ideal solution when assembling circuit boards in L-shape or box configurations, balancing mechanical reliability with design efficiency.

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The brass vertical circuit board mounting spacer (with insulating cap) is a spacer that combines a cube-shaped part that connects circuit boards vertically with an insulating resin cap. It balances the "mechanical strength" of the brass spacer with the "electrical safety" provided by the insulating cap, securely and precisely holding the circuit boards in place while reducing the risk of unintended contact between the circuit on the board or metal components and the spacer, which could cause a short circuit. The surface treatment ensures corrosion resistance through nickel plating (Ni). This achieves stable fixation performance and electrical reliability in devices that require high-density mounting. By solving the two requirements of "strong fixation" and "reliable insulation protection" with a single part, it serves as an effective component in designs that prioritize safety and quality.

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This product is a brass spacer developed to securely fix D-Sub connectors, which are widely used in industrial and communication equipment, to panels and enclosures. Its main feature is its specialized shape designed specifically for the installation of D-Sub connectors. It is optimized to fit the mounting holes of the connector, firmly connecting the panel and the connector. This prevents issues such as connector wobbling and misalignment caused by cable insertion and removal or vibrations, maintaining the reliability of electrical connections over the long term. The body is made of brass, which has excellent mechanical strength, and is coated with nickel plating that offers superior corrosion resistance and conductivity. It maintains a beautiful appearance while being resistant to rust, making it safe for long-term use even inside precision electronic devices. Stable fixation of the connector plays a very important role in data communication and power supply. It strengthens the interface part of the equipment and can be widely utilized as an essential component to enhance maintainability, from development to mass production.

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This product is a brass spacer developed to securely fix D-Sub connectors, commonly used in industrial and communication equipment, to panels and enclosures. Its main feature is its specialized shape designed specifically for the installation of D-Sub connectors. It is optimized to fit the mounting holes of the connector, firmly linking the panel and the connector. This prevents issues such as looseness and misalignment of the connector caused by cable insertion and removal or vibrations, maintaining the reliability of electrical connections over the long term. The body is made of brass, which has excellent mechanical strength, and is coated with nickel plating that offers superior corrosion resistance and conductivity. While maintaining a beautiful appearance, it is resistant to rust, making it safe for long-term use even inside precision electronic devices. Stable fixation of the connector plays a very important role in data communication and power supply. It can be widely utilized as an essential part to strengthen the interface of the equipment and enhance maintainability, from development to mass production.

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This product is a brass spacer developed to securely fix D-Sub connectors, commonly used in industrial and communication equipment, to panels and enclosures. Its main feature is its specialized shape designed specifically for the installation of D-Sub connectors. It is optimized to fit the mounting holes of the connector, firmly linking the panel and the connector. This prevents issues such as connector wobbling and misalignment caused by cable insertion and removal or vibrations, maintaining the reliability of electrical connections over the long term. The body is made of brass, which has excellent mechanical strength, and is coated with nickel plating that offers superior corrosion resistance and conductivity. It maintains a beautiful appearance while being resistant to rust, making it safe for long-term use even inside precision electronic devices. Stable fixation of the connector plays a very important role in data communication and power supply. It can be widely utilized as an essential part to strengthen the interface of equipment and enhance maintainability, from development to mass production.

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This product is a brass spacer developed to securely fix D-Sub connectors, which are widely used in industrial and communication equipment, to panels and enclosures. The main feature is its specialized shape designed specifically for the installation of D-Sub connectors. It is optimized to fit the mounting holes of the connectors, firmly linking the panel and the connector. This prevents issues such as connector wobbling and misalignment caused by cable insertion and removal or vibrations, maintaining the reliability of electrical connections over the long term. The body is made of brass, which has excellent mechanical strength, and is coated with nickel plating that offers superior corrosion resistance and conductivity. It is designed to be resistant to rust while maintaining a beautiful appearance, allowing for safe long-term use even inside precision electronic devices. Stable fixation of the connector plays a very important role in data communication and power supply. It can be widely utilized as an essential part to strengthen the interface of equipment and enhance maintainability, from development to mass production.

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This product is a brass spacer developed to securely fix D-Sub connectors, which are widely used in industrial and communication equipment, to panels and enclosures. The main feature is its specialized shape specifically designed for the installation of D-Sub connectors. It is optimized to fit the mounting holes of the connector, firmly linking the panel and the connector. This prevents issues such as connector play and misalignment caused by cable insertion and vibration, maintaining the reliability of electrical connections over the long term. The body is made of brass, which has excellent mechanical strength, and is coated with nickel plating that offers superior corrosion resistance and conductivity. It maintains a beautiful appearance while being resistant to rust, making it safe for long-term use even inside precision electronic devices. Stable fixation of the connector plays a very important role in data communication and power supply. It enhances the interface part of the equipment and can be widely utilized as an essential component to improve maintainability, from development to mass production.

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This product is a brass spacer developed to securely fix D-Sub connectors, which are widely used in industrial and communication equipment, to panels and enclosures. Its main feature is its specialized shape designed specifically for the installation of D-Sub connectors. It is optimized to fit the mounting holes of the connectors, firmly linking the panel and the connector. This prevents issues such as connector wobbling and misalignment caused by cable insertion and vibration, maintaining the reliability of electrical connections over the long term. The body is made of brass, which has excellent mechanical strength, and is coated with nickel plating that offers superior corrosion resistance and conductivity. While maintaining a beautiful appearance, it is designed to be resistant to rust, allowing for safe use in precision electronic devices for extended periods. Stable fixation of the connector plays a crucial role in data communication and power supply. It can be widely utilized as an essential part to enhance the interface of equipment and improve maintainability, from development to mass production.

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This product is a brass spacer developed to securely fix D-Sub connectors, commonly used in industrial and communication equipment, to panels and enclosures. Its main feature is its specialized shape designed specifically for the installation of D-Sub connectors. It is optimized to fit the mounting holes of the connectors, firmly linking the panel and the connector. This prevents issues such as connector wobbling and misalignment caused by cable insertion and removal or vibrations, maintaining the reliability of electrical connections over the long term. The body is made of brass, which has excellent mechanical strength, and is coated with nickel plating that offers superior corrosion resistance and conductivity. It is designed to be resistant to rust while maintaining an attractive appearance, allowing for safe long-term use even inside precision electronic devices. Stable fixation of the connector plays a crucial role in data communication and power supply. It can be widely utilized as an essential component to enhance the interface of equipment and improve maintainability, from development to mass production.

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This product is a brass spacer developed to securely fix D-Sub connectors, commonly used in industrial and communication equipment, to panels and enclosures. Its main feature is its specialized shape designed specifically for the installation of D-Sub connectors. It is optimized to fit the mounting holes of the connectors, firmly linking the panel and the connector. This prevents issues such as connector wobbling and misalignment caused by cable insertion and vibration, maintaining the reliability of electrical connections over the long term. The body is made of brass, which has excellent mechanical strength, and is coated with nickel plating that offers superior corrosion resistance and conductivity. It maintains a beautiful appearance while being resistant to rust, making it safe for long-term use even inside precision electronic devices. Stable fixation of the connector plays a crucial role in data communication and power supply. It strengthens the interface part of the equipment and can be widely utilized as an essential component to enhance maintainability, from development to mass production.

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This product is a brass spacer developed to securely fix D-Sub connectors, commonly used in industrial and communication equipment, to panels and enclosures. Its main feature is its specialized shape designed specifically for the installation of D-Sub connectors. It is optimized to fit the mounting holes of the connectors, firmly linking the panel and the connector. This prevents issues such as connector wobbling and misalignment caused by cable insertion and removal or vibrations, maintaining the reliability of electrical connections over the long term. The body is made of brass, which has excellent mechanical strength, and is coated with nickel plating that offers superior corrosion resistance and conductivity. While maintaining a beautiful appearance, it is resistant to rust, making it safe for long-term use even inside precision electronic devices. Stable fixation of the connector plays a very important role in data communication and power supply. It strengthens the interface part of the equipment and can be widely utilized as an essential component to enhance maintainability, from development to mass production.

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This product is a brass spacer developed to securely fix D-Sub connectors, which are widely used in industrial and communication equipment, to panels and enclosures. Its main feature is its specialized shape designed specifically for the installation of D-Sub connectors. It is optimized to fit the mounting holes of the connector, firmly linking the panel and the connector. This prevents issues such as connector wobbling and misalignment caused by cable insertion and removal or vibrations, thereby maintaining the reliability of electrical connections over the long term. The body is made of brass, which has excellent mechanical strength, and is coated with nickel plating that offers superior corrosion resistance and conductivity. This design not only maintains a beautiful appearance but also ensures resistance to rust, allowing for safe long-term use even within precision electronic devices. Stable fixation of the connector plays a very important role in data communication and power supply. It enhances the interface part of the equipment and serves as an essential component to improve maintainability, making it widely applicable from development to mass production.

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This product is a brass spacer developed to securely fix D-Sub connectors, which are widely used in industrial and communication equipment, to panels and enclosures. Its main feature is its specialized shape designed specifically for the installation of D-Sub connectors. It is optimized to fit the mounting holes of the connector, firmly connecting the panel and the connector. This prevents issues such as connector wobbling and misalignment caused by cable insertion and vibration, maintaining the reliability of electrical connections over the long term. The body is made of brass, which has excellent mechanical strength, and is coated with nickel plating that offers superior corrosion resistance and conductivity. It is designed to be resistant to rust while maintaining an attractive appearance, making it safe for long-term use even inside precision electronic devices. Stable fixation of the connector plays a very important role in data communication and power supply. It can be widely utilized as an essential part to strengthen the interface of equipment and enhance maintainability, from development to mass production.

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This product is a brass spacer developed to securely fix D-Sub connectors, commonly used in industrial and communication equipment, to panels and enclosures. Its main feature is its specialized shape designed specifically for the installation of D-Sub connectors. It is optimized to fit the mounting holes of the connectors, firmly linking the panel and the connector. This prevents issues such as connector wobbling and misalignment caused by cable insertion and removal or vibrations, maintaining the reliability of electrical connections over the long term. The body is made of brass, which has excellent mechanical strength, and is coated with nickel plating that offers superior corrosion resistance and conductivity. It is designed to resist rust while maintaining an attractive appearance, making it safe for long-term use even inside precision electronic devices. Stable fixation of the connector plays a very important role in data communication and power supply. It can be widely utilized as an essential part to strengthen the interface of equipment and enhance maintainability, from development to mass production.

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This product is a brass spacer developed to securely fix D-Sub connectors, which are widely used in industrial and communication equipment, to panels and enclosures. The main feature is its specialized shape designed specifically for the installation of D-Sub connectors. It is optimized to fit the mounting holes of the connectors, firmly linking the panel and the connector. This prevents issues such as connector wobbling and misalignment caused by cable insertion and removal or vibrations, maintaining the reliability of electrical connections over the long term. The body is made of brass, which has excellent mechanical strength, and is coated with nickel plating that offers superior corrosion resistance and conductivity. It maintains a beautiful appearance while being resistant to rust, making it safe for long-term use even inside precision electronic devices. Stable fixation of the connector plays a very important role in data communication and power supply. It strengthens the interface part of the equipment and can be widely utilized as an essential component to enhance maintainability, from development to mass production.

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This product is a brass spacer developed to securely fix D-Sub connectors, commonly used in industrial and communication equipment, to panels and enclosures. Its main feature is its specialized shape designed specifically for the installation of D-Sub connectors. It is optimized to fit the mounting holes of the connector, firmly linking the panel and the connector. This prevents issues such as connector wobbling and misalignment caused by cable insertion and vibration, maintaining the reliability of electrical connections over the long term. The body is made of brass, which has excellent mechanical strength, and is coated with nickel plating that offers superior corrosion resistance and conductivity. It is designed to be resistant to rust while maintaining an attractive appearance, making it safe for long-term use even inside precision electronic devices. Stable fixation of the connector plays a crucial role in data communication and power supply. It strengthens the interface part of the equipment and can be widely utilized as an essential component to enhance maintainability, from development to mass production.

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This product is a brass spacer developed to securely fix D-Sub connectors, which are widely used in industrial and communication equipment, to panels and enclosures. Its main feature lies in its specialized shape designed specifically for the installation of D-Sub connectors. It is optimized to fit the mounting holes of the connector, firmly linking the panel and the connector. This prevents issues such as connector wobbling and misalignment caused by cable insertion and vibration, maintaining the reliability of electrical connections over the long term. The body is made of brass, which has excellent mechanical strength, and is coated with nickel plating that offers superior corrosion resistance and conductivity. It is designed to be resistant to rust while maintaining an attractive appearance, allowing for safe long-term use even within precision electronic devices. Stable fixation of the connector plays a crucial role in data communication and power supply. It can be widely utilized as an essential component to enhance the interface of equipment and improve maintainability, from development to mass production.

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These are essential male thread (spacer/stand-off) components for securing the gap between the circuit board and chassis, as well as for connecting parts inside the enclosure. Both ends have screw holes (male threads), allowing for strong fixation of the circuit board to the enclosure or between circuit boards by tightening screws from both sides. The hexagonal shape makes it easy to tighten with tools, efficiently supporting assembly work. It features high environmental performance and reliability due to "lead-free brass with nickel plating." By adopting "lead-free brass," which eliminates lead, it is designed to comply with environmental regulations such as the RoHS directive. Despite being lead-free, it maintains the excellent machinability characteristic of brass, resulting in minimal variation in screw precision and achieving high fitting performance. Additionally, the nickel plating prevents oxidation, maintaining excellent corrosion resistance and a beautiful appearance over the long term.

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This is a spacer that is essential for securing the gap between the substrate and the chassis, as well as for connecting components inside the enclosure. One side has a bolt shape (male thread), while the other side has a screw hole (female thread), allowing for flexible design by directly fixing the substrate to the enclosure or connecting spacers to increase height. It features high environmental performance and reliability due to its "lead-free brass with nickel plating." By adopting "lead-free brass," which eliminates lead, it is possible to design in compliance with environmental regulations such as the RoHS directive. Despite being lead-free, it maintains the excellent machinability characteristic of brass, resulting in minimal variation in screw precision and achieving high fitting performance. Additionally, the nickel plating prevents oxidation, ensuring excellent corrosion resistance and maintaining a beautiful appearance over the long term.

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This product is a hexagonal type short screw spacer made from "lead-free brass," which eliminates lead, a substance that poses environmental risks. The main feature is that the screw part is designed to be shorter than that of typical spacers. This minimizes the protrusion of excess screws when stacking multiple circuit boards, allowing for maximum utilization of limited enclosure space and enabling compact circuit designs and stacked configurations. It boasts high environmental performance and reliability due to its "lead-free brass with nickel plating," and is designed to comply with strict environmental regulations such as the RoHS directive. Additionally, the nickel plating prevents oxidation, maintaining excellent corrosion resistance and a beautiful appearance over the long term.

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This product is a hexagonal type double-ended screw spacer made from "lead-free brass," which eliminates lead, a substance that poses environmental risks. Both ends have a bolt shape (male thread), allowing for flexible design as a relay part for connecting circuit boards or securing to protruding screw parts from the housing. It also boasts high environmental performance and reliability due to its "lead-free brass with nickel plating." The design complies with strict environmental regulations such as the RoHS directive, and the nickel plating on the surface prevents oxidation, maintaining excellent corrosion resistance and an attractive appearance over the long term. The hexagonal shape makes it easy to tighten with tools, efficiently supporting assembly work. It is an ideal engineering part that balances high strength and stable insulation, suitable for scenarios requiring multi-layer mounting of circuit boards or complex connections within housings.

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This product is a round-type double male-threaded spacer made from "lead-free brass," which eliminates lead, a substance that poses environmental risks. Its main feature is the "round" shape with minimal protrusions. Compared to hexagonal shapes, it has a more compact outer diameter, greatly expanding design flexibility in densely packed circuit boards or narrow enclosure spaces where surrounding interference is a concern. The surface is nickel-plated, providing excellent corrosion resistance. It prevents rust and oxidation while maintaining a beautiful appearance over the long term, making it safe for use in precision equipment and industrial machinery that require long-term operation. With threaded holes (male threads) at both ends, it is a highly practical engineering part that allows for simple and robust separation of circuit boards and connection of components within enclosures.

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This product is a spacer made of "lead-free brass," which eliminates lead, an environmentally hazardous substance, and features male threads at both ends in a round shape. Additionally, the sides of the product are designed with "slits" to allow for easy position adjustment and removal using a flathead screwdriver. The "slits" on the main body enable smooth fine-tuning and detachment even in tight spaces where fingers cannot reach or where it is difficult to tighten with tools, simply by inserting a screwdriver and turning it. This significantly improves work efficiency not only during design and assembly but also during maintenance and inspection of the product. The surface is nickel-plated to prevent rust and oxidation while maintaining a beautiful metallic luster for an extended period. This engineering part is highly convenient in environments where high-density arrangement and maintenance are required, ranging from precision instruments to industrial equipment.

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This product is a round type spacer with external and internal threads, made from "lead-free brass," which eliminates lead, a substance that poses environmental risks. It features a "round shape" that minimizes protrusions and reduces interference with surrounding components, as well as a "shape suitable for connection" with one side having external threads and the other side having internal threads. This allows for flexible layout construction within the enclosure, such as adjusting the height of the circuit board, raising the circuit board from the chassis, or connecting multiple spacers to increase height. The material used is "lead-free brass," compliant with strict environmental regulations such as the RoHS directive. Additionally, the surface is nickel-plated to prevent rust and oxidation. This ensures that it maintains a beautiful appearance suitable for precision instruments and industrial equipment over the long term, achieving a highly reliable design. In modern electronic devices where high-density mounting is required, this part meets all criteria of space-saving, high reliability, and environmental consideration, making it a preferred choice in engineering applications.

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This product is a round-type male-female threaded spacer made of "lead-free brass," which eliminates lead, a substance that burdens the environment. Its main features are the "round shape" that minimizes protrusions and reduces interference with the surroundings, and the "shape suitable for connection" with one side being male and the other side being female threads. It allows for flexible layout construction within the enclosure, such as adjusting the height of the circuit board, raising the circuit board from the chassis, and even connecting multiple spacers to gain height. Compared to hexagonal shapes, its outer diameter is compact, making it possible to effectively utilize space even on densely populated circuit boards. The material used is "lead-free brass," compliant with strict environmental regulations such as the RoHS directive. Additionally, it is nickel-plated on the surface to prevent rust and oxidation. This ensures that it maintains a beautiful appearance suitable for precision instruments and industrial equipment over the long term, achieving a highly reliable design. In modern electronic devices where high-density mounting is required, this part meets all criteria of space-saving, high reliability, and environmental consideration, making it a preferred choice in engineering fields.

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This product is a round hollow spacer made of "lead-free brass," which eliminates lead, a substance that poses environmental risks. Its simple tubular structure, featuring a through hole in the center, allows for precise spacing between circuit boards and enclosures by simply passing screws or bolts through it. The material used is "lead-free brass," compliant with strict environmental regulations such as the RoHS directive. The surface is nickel-plated to protect the product from rust and corrosion. It maintains a beautiful metallic luster that does not compromise the appearance of precision instruments and industrial equipment, ensuring a reliable design over a long period. The round shape without protrusions minimizes interference in tight spaces where components are densely packed, allowing for a smart construction of high-density mounting layouts. This engineering part is highly regarded in assembly environments for all types of electronic devices.

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This product is a lead-free brass spacer designed to secure D-Sub connectors used in industrial and communication equipment. By using "lead-free brass" as the material, it can be used with peace of mind without worrying about future regulatory tightening as environmental standards such as the RoHS directive become stricter. It is also suitable for equipment that requires long-term supply and maintenance. The shape is optimized for connector installation, allowing for a secure fit between the panel and the connector without gaps. This prevents issues such as the connector becoming loose or causing contact failure due to cable insertion and removal or vibrations. Additionally, the surface is nickel-plated to prevent rust and oxidation, maintaining a clean condition. This part is useful for securely fixing connectors while adhering to environmental standards.

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This product is a lead-free brass spacer designed to secure D-Sub connectors used in industrial and communication equipment. By using "lead-free brass" as the material, it can be used with peace of mind without worrying about future regulatory tightening as environmental standards such as the RoHS directive become stricter. It is also suitable for equipment that requires long-term supply and maintenance. The shape is optimized for connector installation, allowing for a secure fit between the panel and the connector without gaps. This prevents issues such as connector wobbling or poor contact caused by cable insertion and removal or vibrations. Additionally, the surface is nickel-plated to prevent rust and oxidation, maintaining a clean condition. This part is useful for securely fixing connectors while adhering to environmental standards.

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This product is a lead-free brass spacer designed to secure D-Sub connectors used in industrial and communication equipment. It uses "lead-free brass" as the material, allowing for continued use without concern for future regulatory tightening as environmental standards such as the RoHS directive become stricter. It is also suitable for equipment that requires long-term supply and maintenance. The shape is optimized for connector installation, allowing for a secure fit between the panel and the connector without gaps. This prevents issues such as connector wobbling or poor contact caused by cable insertion and removal or vibrations. Additionally, a nickel plating on the surface prevents rust and oxidation, maintaining a clean condition. This part is useful for securely fixing connectors while adhering to environmental standards.

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This product is a lead-free brass spacer designed to secure D-Sub connectors used in industrial and communication equipment. By using "lead-free brass" as the material, it can be used with peace of mind without worrying about future regulatory tightening as environmental standards such as the RoHS directive become stricter. It is also suitable for equipment that requires long-term supply and maintenance. The shape is optimized for connector installation, allowing for a snug fit between the panel and the connector. This prevents issues such as the connector becoming loose or experiencing contact failure due to cable insertion and removal or vibrations. Additionally, the surface is nickel-plated to prevent rust and oxidation, maintaining a clean condition. This part is useful for securely fixing connectors while adhering to environmental standards.

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This product is a lead-free brass spacer designed to secure D-Sub connectors used in industrial and communication equipment. It uses "lead-free brass" as the material, allowing for safe and continued use without concern for future regulatory tightening as environmental standards like the RoHS directive become stricter. It is also suitable for equipment that requires long-term supply and maintenance. The shape is optimized for connector installation, allowing for a secure fit between the panel and the connector without gaps. This prevents issues such as connector wobbling or poor contact caused by cable insertion and removal or vibrations. Additionally, the surface is nickel-plated to prevent rust and oxidation, maintaining a clean condition. This part is useful for securely stabilizing connectors while adhering to environmental standards.

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This product is a lead-free brass spacer designed to secure D-Sub connectors used in industrial and communication equipment. By using "lead-free brass" as the material, it allows for continued use without concern for future regulatory tightening as environmental standards such as the RoHS directive become stricter. It is also suitable for equipment that requires long-term supply and maintenance. The shape is optimized for connector installation, allowing for a tight fit between the panel and the connector. This prevents issues such as connector looseness or contact failure caused by cable insertion and removal or vibrations. Additionally, the surface is nickel-plated to prevent rust and oxidation, maintaining a clean condition. This part is useful for securely fixing connectors while adhering to environmental standards.

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This product is a lead-free brass spacer designed to secure D-Sub connectors used in industrial and communication equipment. By using "lead-free brass" as the material, it can be used with peace of mind without worrying about future regulatory tightening as environmental standards such as the RoHS directive become stricter. It is also suitable for equipment that requires long-term supply and maintenance. The shape is optimized for connector installation, allowing for a secure fit between the panel and the connector without gaps. This prevents issues such as connector wobbling or poor contact caused by cable insertion and removal or vibrations. Additionally, the surface is nickel-plated to prevent rust and oxidation, maintaining a clean condition. This part is useful for securely fixing connectors while adhering to environmental standards.

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This product is a lead-free brass spacer designed to secure D-Sub connectors used in industrial and communication equipment. By using "lead-free brass" as the material, it can be used with peace of mind without worrying about future regulatory tightening as environmental standards such as the RoHS directive become stricter. It is also suitable for equipment that requires long-term supply and maintenance. The shape is optimized for connector installation, allowing for a tight fit between the panel and the connector. This prevents issues such as the connector becoming loose or experiencing poor contact due to cable insertion and removal or vibrations. Additionally, the surface is nickel-plated to prevent rust and oxidation, maintaining a clean condition. This part is useful for securely fixing connectors while adhering to environmental standards.

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This product is a spacer made of SUS303, which is known for its excellent machinability among stainless steels. It is a hexagonal double-ended threaded spacer with high rigidity, heat resistance, and durability. It is suitable for areas where long-term stability is required as a connecting part within equipment. Compared to general metal spacers, it possesses high hardness and strength, demonstrating high reliability even in environments where thermal expansion needs to be minimized or in locations where long-term maintenance is anticipated. Additionally, due to the excellent corrosion resistance inherent in stainless steel, it is resistant to rust even in environments with humidity or extreme temperature changes, maintaining both aesthetics and functionality for a long time. It can be safely adopted in environments where concerns about plating peeling and foreign matter contamination should be avoided.

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【Product Introduction】Stainless Steel Hexagonal Both-End Threaded Spacer (for Countersunk Screws) / KSU-A This product is a spacer made of SUS303, which has excellent machinability among stainless steels. It features a hexagonal both-end threaded design that accommodates countersunk screws, allowing for a clean installation without screw protrusion. The superior rigidity and strength of SUS303 enable reliable fastening even in environments where high reliability is required. Additionally, its inherent corrosion resistance ensures that it is less prone to rust even in harsh conditions, maintaining high quality over long periods. The material's characteristic of not worrying about plating peeling makes it a safe choice for any site requiring strict quality control. It effectively balances functionality and design, strongly supporting a smart implementation with minimized protrusions.

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