Separators Key benefits Prevents unwanted contact between components to reduce wear, short circuits, leaks, and mechanical interference. Maintains precise spacing and alignment for consistent performance and repeatable assembly. Protects sensitive parts from abrasion, contamination, or electrical conduction, extending equipment life and reducing maintenance. Simple to fit and , minimizing downtime during assembly or service. What it does (function) Creates a defined physical or insulating gap between parts. Controls distance and alignment in assemblies, fixtures, or flow paths. Acts as a barrier to isolate parts electrically, thermally, or chemically where required. Compatibility Designed to integrate with a wide range of systems and component geometries. Available in common mounting styles and adaptable to standard fasteners and fixture designs. Suitable for use with metals, plastics, composites, and other typical industrial materials when matched with the appropriate separator material. Size and material Offered in multiple sizes and thicknesses to meet different spacing and load requirements. Manufactured from durable, engineered materials chosen for strength, stability, and resistance to wear, corrosion, or electrical conduction. Select material based on operating conditions (mechanical load, temperature, chemical exposure, electrical isolation). Performance Provides stable dimensional control under normal operating loads. Engineered for repeatable performance and long service intervals when used within specified conditions. Maintains separator integrity under routine assembly, handling, and operational stresses. Typical applications Assembly fixtures and jigs: maintain precise parttopart spacing during welding, machining, or assembly operations. Electrical and electronic assemblies: provide insulation and reliable separation between conductors and components. Mechanical systems and enclosures: prevent rubbing or shorting between moving or adjacent parts to reduce wear and improve reliability. Selection and use tips Confirm the required gap, load capacity, and environmental exposure before choosing size and material. For critical assemblies, verify fit and clearance with a trial installation. separators showing wear or deformation to preserve assembly tolerances and safety. Available options can be tailored to application needs; select the appropriate size and material to ensure performance.