Supercharger Heat Shield

Supercharger is an important component in the engine system, which increases the power and efficiency of the engine by increasing the intake pressure. However, superchargers generate a lot of heat during operation, which can have a negative impact on the surrounding parts and systems. In response to this, the Supercharger Heat Shield was created.

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Product Introduction

The main function of the Supercharger Heat Shield is to prevent the transfer of heat to the surrounding components. It acts as a thermal barrier, reducing thermal radiation and heat conduction, protecting the parts adjacent to the supercharger from high temperature damage. This not only extends the service life of these parts, but also reduces the risk of failure and maintenance.

The heat shield also has a positive impact on engine performance. By reducing heat loss, the heat shield helps maintain the operating temperature of the supercharger, improving its efficiency and performance. This means that the engine is able to use supercharging more efficiently, providing a stronger power output.

In addition, the Supercharger Heat Shield reduces the temperature in the engine compartment. Lower temperatures help to improve heat dissipation and reduce the impact of thermal stress on the engine and other components. This is essential to ensure the long-term reliability and stability of the engine.

When choosing a Supercharger Heat Shield, the key is to ensure its quality and suitability. High quality heat insulation covers are usually made of high temperature resistant materials with good thermal insulation properties and durability. In addition, proper installation and maintenance are also key to ensuring that the heat shield works effectively.

All in all, the Supercharger Heat Shield plays an important role in protecting the engine system and boosting performance. They are one of the key factors for engine reliability and efficient operation, and deserve the attention of engine designers and owners.

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Basic Info

High low temperature	High temperature resistance280oc-1150oc	Low temperature resistant -70oc
Fire retardant	Fireproof grade a	Gb8624-2006,din4102,a1
Heat conductivity	0.035w/m•k-0.045w/m•k±0.005	Usual temperature
Hydroscopicity	Wt%	≤5%
Mm	≥5mm-20mm	Or oem
Density	100-220kg/m3
Chemistry	Good stability, chemical corrosion resistance, moth - proof, mildew - proof
Waterproof	Good
Oil resistance	Good
Environmental	No pollution, no asbestos and any other harmful substances, completely harmless to people and the environment.

Product Characteristics

The characteristics of Supercharger Heat Shield are mainly reflected in the following aspects:

1. Excellent Heat insulation performance: Supercharger Heat Shield uses special high temperature resistant materials, such as glass fiber, basalt fiber, etc. These materials have excellent heat insulation performance, which can effectively block the transfer of heat and reduce the temperature loss of the supercharger.

2. Good wear resistance: The outer layer of the heat insulation sleeve is covered with a layer of wear-resistant material, which can effectively resist the friction and wear of the external environment, protect the supercharger from mechanical damage, and keep the appearance intact.

3. Excellent sealing performance: Supercharger Heat Shield has good sealing performance, can effectively isolate the outside air and dust into the supercharger inside, reduce unnecessary pollution and corrosion, while preventing the heat loss inside the supercharger, improve the overall thermal efficiency.

4. Excellent reliability: Supercharger Heat Shield is made of high-quality materials with strong anti-aging and anti-corrosion ability, and can work stably in high temperature environment for a long time. At the same time, the products have undergone strict quality testing and experimental verification to ensure the reliability and stability of the products, reducing the frequency and cost of maintenance and replacement.

5. Good chemical stability: Supercharger Heat Shield has good chemical stability and can resist various chemical corrosion, such as acid, alkali, etc., to maintain its performance and appearance stability.

6. Strong adaptability: the heat shield is suitable for many types of superchargers, such as large and medium-sized diesel engines, gasoline engines, gas engines, etc., which can work effectively under high temperature and even extreme high temperature conditions.

In summary, Supercharger Heat Shield has excellent thermal insulation, wear resistance, sealing performance, reliability and chemical stability, which can effectively protect the supercharger from high temperature and the influence of the external environment, and improve the performance and life of the supercharger.