Description
Professional Grade Titanium Exhaust Wrap – Ultimate Heat Management Solution for Automotive & Motorcycle Performance
🔥 COMPLETE KIT CONTENTS
- Premium Titanium Exhaust Wrap: 2-inch width x 50-foot length roll (25 square feet of coverage)
- 304 Stainless Steel Locking Ties: 16 heavy-duty ties included for secure installation
- Coverage: Sufficient material for wrapping headers and exhaust components on most motorcycles or partial automotive systems
🔥 EXTREME TEMPERATURE PERFORMANCE
- Direct Heat Resistance: Withstands up to 1800°F (982°C) of continuous direct heat
- Radiant Heat Protection: Shields against up to 2500°F (1371°C) of radiant heat
- Heat Reduction: Decreases under-hood temperatures by up to 50%
- Thermal Isolation: Effectively contains exhaust heat within the wrapped components
🔥 ADVANCED MATERIAL TECHNOLOGY
Our premium titanium exhaust wrap combines titanium infusion with high-density fiberglass construction for superior performance:
- Titanium-Infused Fiberglass: Enhanced heat resistance and durability compared to standard fiberglass wraps
- High Tensile Strength: Maintains structural integrity during thermal cycling
- Abrasion Resistant: Withstands road debris, vibration, and environmental exposure
- Oil and Chemical Resistant: Maintains performance even when exposed to automotive fluids
- Vibration Dampening: Reduces thermal expansion noise from exhaust components
- Low Thermal Conductivity: Effectively contains heat within the exhaust system
🔥 PERFORMANCE BENEFITS
| Benefit | Description |
|---|---|
| Increased Exhaust Velocity | By containing heat within the exhaust system, gases maintain higher temperatures, improving exhaust flow and scavenging effect. This results in reduced back pressure and improved engine efficiency. |
| Horsepower Gains | The improved exhaust gas velocity and reduced under-hood temperatures can result in measurable horsepower and torque improvements, particularly in naturally aspirated and forced induction engines. |
| Heat Protection | Significantly reduces radiant heat transfer to surrounding components, protecting sensitive electronics, fuel lines, and body panels from heat damage. |
| Intake Temperature Reduction | By reducing under-hood temperatures, cooler air reaches the intake system, increasing oxygen density for improved combustion efficiency. |
| Rider/Driver Comfort | Especially beneficial for motorcycles and compact engine compartments, reducing heat transfer to the rider’s legs or into the vehicle cabin. |
🔥 INSTALLATION GUIDE
- Preparation:
- Soak the exhaust wrap thoroughly in water for 15-20 minutes before installation
- This step prevents fiberglass particles from becoming airborne during handling
- Wear protective gloves to prevent skin irritation from fiberglass
- Safety glasses and long sleeves are recommended for additional protection
- Planning:
- Start at the exhaust manifold/header and work toward the muffler
- For optimal coverage, plan for approximately 1/4″ to 1/2″ overlap between wraps
- Decide whether to wrap individual header pipes or entire collector sections
- Wrapping Technique:
- Begin by securing the wrap with a stainless steel tie
- Maintain consistent tension while wrapping to ensure secure fit
- Overlap each pass by 1/4″ to 1/2″ for complete coverage
- For bends and curves, overlap more on the outside radius
- Securing the Wrap:
- Place stainless steel ties at the beginning and end of each wrapped section
- Add additional ties at 12″ intervals for extra security
- Ensure ties are tight but not cutting into the wrap material
- Trim excess tie material with wire cutters
- Break-in Period:
- During first heat cycle, you may notice some smoke as sizing agents burn off
- This is normal and will subside after 15-20 minutes of operation
- The wrap may lighten in color as it cures to its final state
🔥 IDEAL APPLICATIONS
Motorcycle Applications:
- Header Pipes: Wrapping individual header pipes reduces heat transfer to the rider
- Exhaust Systems: Complete system wrapping for sport and touring motorcycles
- Under-seat Exhausts: Critical for modern sport bikes to prevent heat damage to plastics
- Mufflers: Reducing outer skin temperature for rider comfort
Automotive Applications:
- Header Collectors: Maintain exhaust gas velocity in performance applications
- Turbocharger Systems: Preserve exhaust energy for improved turbo response
- Catalytic Converters: Helps maintain optimal operating temperatures
- Downpipes: Reduces heat transfer to nearby components
- Exhaust Manifolds: Especially beneficial in tight engine compartments
Additional Applications:
- Off-Road Vehicles: Protection against brush and trail hazards
- Race Cars: Component protection in high-performance applications
- Marine Engines: Corrosion-resistant properties benefit marine environments
- Industrial Equipment: Heat management for generators and power equipment
- ATVs & UTVs: Prevents heat damage to plastic components and improves rider comfort
🔥 PREMIUM 304 STAINLESS STEEL TIES
- Corrosion Resistance: 304-grade stainless steel provides excellent resistance to rust and environmental damage
- High Temperature Tolerance: Maintains structural integrity at extreme exhaust temperatures
- Locking Mechanism: Secure ball-lock design prevents loosening due to vibration or thermal cycling
- Easy Installation: Simple application with standard pliers or specialized tie tensioning tool
- Ample Quantity: 16 ties included for complete installation security
🔥 TECHNICAL SPECIFICATIONS
- Material: Titanium-infused fiberglass weave
- Dimensions: 2 inches (50.8mm) wide x 50 feet (15.24 meters) length
- Coverage Area: 25 square feet (2.32 square meters)
- Weight: Approximately 1.5 lbs (0.68 kg) per roll
- Maximum Direct Temperature: 1800°F (982°C)
- Maximum Radiant Temperature: 2500°F (1371°C)
- Thermal Conductivity: Less than 0.07 W/m-K
- Tie Material: 304 Stainless Steel
- Tie Quantity: 16 pieces
🔥 PERFORMANCE COMPARISON
| Feature | Standard Fiberglass Wrap | Our Titanium Exhaust Wrap |
|---|---|---|
| Maximum Temperature | 1100°F – 1400°F | 1800°F direct / 2500°F radiant |
| Durability | Moderate – May degrade faster | Superior – Enhanced resistance to breakdown |
| Abrasion Resistance | Moderate | High – Reinforced construction |
| Oil/Chemical Resistance | Limited | Excellent |
| Color Stability | Tends to discolor quickly | Better color retention with normal aging |
| Vibration Dampening | Standard | Enhanced |
| Tensile Strength | Lower | Higher – Resists fraying and damage |
🔥 MAINTENANCE AND CARE
- Inspection: Periodically check the wrap for signs of wear or damage
- Tie Replacement: Inspect stainless ties during routine maintenance and replace if necessary
- Oil Contamination: If heavily soiled with oil or automotive fluids, replacement is recommended
- Long-Term Care: While extremely durable, consider replacement every 2-3 years in high-performance applications
- Color Change: Normal aging will result in a lightening of color, which does not affect thermal performance
🔥 SAFETY PRECAUTIONS
- Handling Protection: Always wear gloves when handling unwrapped material to prevent fiberglass irritation
- Respiratory Protection: Consider using a dust mask when cutting or trimming dry wrap
- Pre-Installation Soaking: Always soak thoroughly before installation to prevent airborne particles
- Break-In Period: Ensure adequate ventilation during first heat cycle as sizing agents burn off
- Children and Pets: Keep unwrapped material away from children and pets
🔥 FAQ
Q: How much wrap do I need for my motorcycle?
A: For a typical motorcycle with exposed header pipes, one 2″ x 50′ roll is usually sufficient for complete coverage. For V-twin engines or custom applications with extensive exposed exhaust, consider purchasing two rolls.
Q: Will this wrap discolor over time?
A: Yes, all exhaust wraps will undergo some color change with heat cycling. Our titanium-infused wrap offers better color stability than standard fiberglass wraps, typically lightening to a tan or light gray color rather than turning black.
Q: Can I wash the wrap if it gets dirty?
A: Cleaning is not recommended as it may reduce the wrap’s effectiveness. If the wrap becomes heavily soiled or oil-saturated, replacement is the best option.
Q: How much horsepower gain can I expect?
A: Performance gains vary widely depending on the specific vehicle and application. Most users report noticeable improvements in throttle response and midrange power, with dyno-verified gains typically between 2-5% in naturally aspirate
