Standoff

Product Details:

A hex spacer is a type of spacer or standoff with a hexagonal (six-sided) shape. Spacers are components used to create a gap or separation between two objects. The hexagonal shape in this context refers to the outer shape of the spacer, which has six flat sides and six angles, similar to a hexagon.

Key features of a hex spacer include:

1. Hexagonal Shape: The hexagonal shape of the spacer provides flat sides that can be easily gripped and turned with a wrench or pliers, making it easier to install or remove the spacer.

2. Uniform Thickness: Hex spacers are typically of uniform thickness, and they are used to maintain consistent spacing between objects.

3. Material and Thread: Hex spacers can be made from various materials, including metal or plastic, and they may have a threaded or non-threaded design, depending on the intended application. Threaded hex spacers can be screwed onto bolts or screws, creating a spacer with a threaded interior.

4. Applications: Hex spacers are used in various industries and applications, including electronics, automotive, machinery, and construction. They are often used for mounting circuit boards, providing spacing in assemblies, and ensuring proper alignment between components.

The specific size, material, and thread type of the hex spacer will depend on the application's requirements. Hex spacers are a versatile component used to maintain proper spacing, alignment, and structural support in a wide range of projects and industries.

Product Details:

A blind standoff, also known as a blind spacer or stand-off fastener, is a specialized type of fastener used to create a gap or space between two objects while fastening them together. Blind standoffs are unique because they can be installed from one side, making them ideal for applications where you have limited access to the backside of the objects you're fastening.

Here are some key features and uses of blind standoffs:

1. Blind Installation: Blind standoffs are designed to be installed from one side only. This means you can attach them to a surface without needing to access the other side, which is especially useful for securing panels, displays, or components in electronic enclosures.

2. Spacing and Isolation: Blind standoffs create a defined gap between objects, allowing for spacing and isolation. This can help prevent electrical components from coming into contact with a conductive or grounded surface, reducing the risk of short circuits.

3. Materials and Finishes: Blind standoffs are available in various materials, including aluminum, stainless steel, and plastic, and they often come with different surface finishes to suit specific environmental or aesthetic requirements.

4. Threaded and Non-Threaded: Some blind standoffs have a threaded design, allowing you to fasten them with screws, while others have non-threaded holes and are used with press-fit applications or adhesive bonding.

5. Hexagonal or Round Shapes: Blind standoffs can have hexagonal (hex) or round body shapes. The choice of shape depends on the application and the preferred appearance.

Blind standoffs are commonly used in electronics, telecommunications, and various industries where precise spacing, insulation, and aesthetics are important. These fasteners are available in a wide range of sizes and configurations to meet the specific needs of different applications.

Product Details:

A through-hole standoff is a type of fastener used to create a spacer or gap between two objects that need to be fastened together. Unlike blind standoffs, through-hole standoffs have a hole running completely through them, allowing you to pass a screw, bolt, or other fastening element through the standoff and secure both objects on both sides. Through-hole standoffs are versatile and commonly used in various applications, including electronics, telecommunications, and manufacturing. Here are some key features and uses of through-hole standoffs:

1. Through-Hole Design: Through-hole standoffs have a hole that runs from one end to the other, allowing for a fastener to pass through. This design enables a secure connection on both sides of the standoff.

2. Spacers and Isolation: Through-hole standoffs are used to create precise spacing and isolation between objects. They can be used to separate and insulate electronic components or provide mechanical support in assemblies.

3. Threaded or Non-Threaded: Through-hole standoffs can have either threaded or non-threaded holes. Threaded standoffs allow for the use of screws, bolts, or other threaded fasteners, while non-threaded standoffs are used with press-fit applications or adhesive bonding.

4. Materials and Finishes: These standoffs are available in a variety of materials, including aluminum, brass, stainless steel, and plastic. They may also come with different surface finishes to meet specific environmental and aesthetic requirements.

5. Hexagonal or Round Shapes: Through-hole standoffs can have hexagonal or round body shapes, with the choice of shape often depending on the application and desired appearance.

Through-hole standoffs come in various sizes and configurations to accommodate different needs and can be found in both standard and custom designs. They are a critical component in many electronic and mechanical assemblies, as they help maintain proper spacing, alignment, and electrical isolation between components.

Product Details:

1. Et spacer

2. Male and Female Threads: The male end of the spacer has external threads, while the female end has internal threads, making it possible to connect two male-threaded fasteners on both sides of the spacer.

3. Uniform Diameter: Male-to-female spacers usually have a consistent diameter across their length, which helps maintain even spacing between the connected components.

4. Materials: These spacers can be made from various materials, such as metal or plastic, depending on the application's requirements.

5. Applications: Male-to-female spacers are commonly used in electronics, machinery, and various assemblies where precise spacing or alignment is necessary. They allow for the attachment of bolts, screws, or other threaded fasteners on both sides of the spacer.

6. Various Lengths and Sizes: They come in a range of lengths, diameters, and thread sizes to suit different applications and spacing needs.

These spacers provide a convenient and versatile way to create separation between components while maintaining a threaded connection. They are often used in projects where maintaining alignment and precise spacing is important. The specific size, material, and thread type of the male-to-female spacer will depend on the application's requirements.