Separators are versatile components designed to establish and maintain separation between elements within a system. They help prevent contact, guide or restrict flow, and support component spacing in tight assemblies. Available in multiple sizes and materials to fit a range of applications. Key benefits Reliable separation reduces wear and interference between parts. Protects sensitive components from contact or cross contamination. Durable construction with materials chosen for the operating environment. Simple installation with standard mounting options. Consistent performance across compatible systems. Important attributes Function: provide defined separation and spacing between elements. Compatibility: designed to integrate with common assemblies; modelspecific compatibility should be verified in the product specs. Size: available in a range of dimensions to suit different applications. Material: offered in various materials; selection depends on chemical, temperature, and mechanical requirements. Performance: rated for specified tolerances, temperature ranges, and chemical resistance per model. Applications and use scenarios In filtration or processing lines to maintain separation between stages or components. In electrical or electronic assemblies to keep insulation gaps and prevent shorts. In laboratory or test rigs to separate samples or channels and to organize components. Notes Refer to the product specification sheet for exact sizes, materials, and performance ratings for the model you choose. Selection should align with the operating environment, including temperature, chemical exposure, and mechanical loads.