DAEWOO LANOS 2005 Rear Brake Shoes: High-Quality Replacement Parts

High-quality, genuine GM/OEM DAEWOO LANOS 2005 rear brake shoes (part number 96226110) are now available. These Korean-made components offer guaranteed quality and are 100% new. Enjoy the best price available!

The DAEWOO LANOS 2005 rear brake shoe assembly is a critical braking system component. It safely halts your vehicle by generating friction between the shoe and the brake drum, gradually decelerating the wheels. No vehicle can operate safely without this essential part. Manufactured using high-heat-resistant materials like ceramics, Kevlar, and alloys, the brake shoe features a dual-clamp design to securely grip the brake drum. Cooling slots dissipate heat generated during braking.

Understanding Brake Shoe Types and Functionality

Brake shoes, also known as brake pads, are vital for reliable stopping power. Various types exist, each offering different performance characteristics: organic, ceramic, and metallic. These are crafted from diverse materials using specialized processes to achieve varying levels of performance and suitability for different applications.

Types of Automotive Brake Shoes:

• Ceramic Brake Shoes: Introduced in the mid-1980s, these shoes use a material similar to brake rotors but with enhanced thickness and durability. Copper wires improve heat dissipation and friction. Ceramic brake shoes are prized for their quiet operation and reduced dust production. They offer superior wear resistance and consistent performance across a broad temperature range. However, their higher cost, lower heat absorption, and less uniform heat distribution can lead to increased wear on other braking components. They are less effective in extremely cold temperatures or on high-performance driving situations.
• Organic Brake Shoes: Initially made with asbestos (since replaced due to health concerns), organic brake shoes now utilize safer materials like fibers, carbon compounds, rubber, and glass fibers, bound together with resin. They provide moderate friction and heat generation, ensuring smooth, quiet braking. Their lower cost comes at the expense of shorter lifespan and reduced effectiveness in extreme temperatures or under heavy braking. They may require greater pedal pressure.
• Metallic Brake Shoes: Composed of 30-70% metal (iron, copper, steel, or alloys) combined with graphite and additives, metallic brake shoes deliver superior performance across a wider temperature range. Their excellent heat conductivity promotes faster cooling. Reduced pedal pressure is required for effective braking. However, they tend to generate more noise and dust than ceramic or organic options, and can increase brake rotor wear.

Vehicle Compatibility