PULSAR LCBSB-4-01-ART adhesive spacer pin Ø6 mm, self-adhesive plastic standoff

PULSAR LCBSB-4-01-ART adhesive spacer pin Ø6 mm is a self-adhesive plastic standoff designed to create reliable spacing and insulation on flat surfaces. The spacer pin provides a 6 mm diameter contact area and is intended to separate electronic components, panels or decorative layers from the substrate. It adheres to boards, metal or plastic surfaces to prevent unwanted contact, reduce the risk of short circuits and maintain defined clearance in compact assemblies.

Advantages

The self-adhesive backing enables quick mounting without additional hardware, while the plastic construction ensures electrical insulation and resistance to corrosion. Its compact size and uniform shape allow consistent spacing and stable placement of components or overlays. The product is lightweight and minimizes mechanical stress on delicate assemblies when used as a low-profile standoff.

Suitable for

• PCB spacing and insulation between components and chassis
• Securing overlays, membranes and decorative panels
• Preventing surface contact and short circuits in electronic assemblies
• Non-permanent mounting where small, adhesive standoffs are required

Key specifications

• Material: plastic with self-adhesive backing
• Nominal contact diameter: 6 mm
• Function: spacer / standoff providing electrical insulation and separation
• Mounting method: pressure-activated adhesive for flat surfaces
• Typical applications: electronics assemblies, panel mounting, overlay fixation

How to use

Prepare the mounting surface by ensuring it is clean, dry and free of dust, oil or loose particles. Peel off the protective film from the adhesive backing and press the spacer pin firmly onto the target surface for several seconds to ensure good adhesion. Position spacer pins evenly to provide stable support and maintain required clearance; avoid placing them on uneven or heavily textured surfaces where adhesion may be compromised. For best results, allow adhesive to set before applying mechanical load.

Usage recommendations

Use at room temperature on clean, non-porous surfaces. For critical or high-vibration environments, consider supplementary mechanical fastening. Avoid exposure to solvents or high temperatures that may degrade the adhesive or plastic material.