Choosing electrical braided sleeving specifications requires considering the following key factors:

• Inner Diameter Selection: Accurately measure the outer diameter of the wire harness. The initial inner diameter of the sleeving should be slightly larger than the harness diameter (a 20%-30% margin is recommended). For example, for a 2mm harness, a 2.5-3mm inner diameter sleeving should be used.
• Shrinkage: If the wire harness is uneven in thickness, a 3:1 or 4:1 high shrinkage ratio sleeving is preferred to accommodate dimensional fluctuations.

• High-Temperature Environments: Fiberglass sleeving is heat-resistant up to 240°C and is suitable for applications such as automotive engine compartments and industrial heating equipment. Polyamide (PA) is suitable for medium- and low-temperature flexibility requirements.
• Flame Retardancy Requirements: For medical and home appliance applications, select PET material with UL-V0 flame retardancy certification.

• EMI Shielding: The tinned copper braid suppresses electromagnetic interference and is suitable for precision instruments or communications equipment.
• Mechanical Protection: Aramid fiber-reinforced versions are suitable for high-abrasion environments (such as robotic cables).

• Split Design: Sleeves with open or bifurcated structures allow for quick wrapping of existing harnesses without removing the terminals.
• Length Cutting: Choose ready-made or cuttable models based on the length of the protected area. Long harnesses are recommended to be installed in sections.

• Combined Use: In complex scenarios such as battery packs, braided tubing can be layered with corrugated tubing to achieve both flexibility and pressure resistance.
• Environmental Compatibility: For humid or corrosive environments, choose silicone-coated or fully sealed models.