Hot Sleeve - Lisle

Specifications

• Model Number: Lisle 18700
• Manufacturer: Lisle Corporation
• Weight: 0.19 lbs
• Dimensions: 5.1 x 4.3 x 1.2 inches (Length x Width x Height)

Key Features

• Thermal Protection: Engineered to withstand and deflect extreme temperatures, safeguarding components from heat damage.
• Durable Construction: Manufactured with robust materials for extended service life in demanding operational environments.
• Compact Design: With dimensions of 5.1 x 4.3 x 1.2 inches, the sleeve offers flexible integration in confined spaces.
• Lightweight: Weighing only 0.19 lbs, it adds minimal mass to the protected assembly, preserving system balance.

Applications

The Lisle Hot Sleeve provides essential thermal protection in various high-heat settings.

• Automotive Systems: Ideal for shielding electrical wiring, fuel lines, brake lines, and hydraulic hoses from exhaust manifold heat and elevated engine compartment temperatures.
• Industrial Equipment: Protects critical sensors, pneumatic tubing, and control cables in machinery operating under high thermal stress.
• Marine Engines: Suitable for safeguarding sensitive components and connections within hot engine compartments on marine vessels.
• Heavy-Duty Machinery: Deploys effectively on construction, agricultural, and mining equipment to protect vital systems from heat-induced degradation.

Benefits

Implementing the Lisle Hot Sleeve ensures the integrity and operational longevity of critical components.

• Prevents Component Degradation: Actively shields against direct and radiant heat, preventing thermal breakdown and premature wear of wires, hoses, and cables.
• Extends Service Life: Reduces the necessity for frequent replacements by protecting sensitive parts from excessive temperatures, thereby prolonging their operational lifespan.
• Enhances Operational Reliability: Minimizes the risk of equipment malfunction and downtime by ensuring components remain within their safe operating temperature ranges.
• Reduces Maintenance Costs: Averts costly repairs and component failures often associated with prolonged heat exposure, contributing to lower overall maintenance expenditures.