
( Brand: Loctite ), ( Manufacturer Part Number: 079340-62015 ), ( Part Type: Heat Compound Sleeve ), ( Country/region Of Manufacture: United States )
The Loctite 166 High Heat Sleeve Retainer is a versatile and indispensable solution for engineers, technicians, and DIY enthusiasts who require a secure and reliable method for fastening components under high heat conditions. This product, with the model number 079340-62015, comes in a convenient 10mL container, allowing for precise application and minimizing waste.
The Loctite 166 is a high-temperature retaining compound, specifically designed to handle extreme heat up to 400 F (204 C). This makes it an ideal choice for applications involving engines, transmissions, hydraulic systems, and other equipment that operate under high heat environments.
The compound forms a strong, non-setting, and non-seizing threadlocking and retaining compound. It is effective in preventing loosening, backing out, or vibrational loosening of fasteners, ensuring a secure fit and preventing potential component failure due to loose fasteners.
This Loctite product is easy to use, with a consistent and controlled flow from the applicator tube. It is compatible with a wide range of materials, including steel, aluminum, brass, copper, and stainless steel. The Loctite 166 High Heat Sleeve Retainer is a must-have for anyone seeking a reliable and durable solution for fastening components under high heat conditions.
1. High-Temperature Performance: LOCTITE 166 is designed to withstand temperatures up to 500 degrees Fahrenheit, making it suitable for use in high-heat applications.
2. Secure Retention: This retaining compound is known for its ability to provide a strong, reliable bond between components, reducing the risk of loosening or separation under stress.
3. Easy Application: The product comes in a 10ml syringe, making it easy to apply in tight spaces.
4. Reputable Brand: LOCTITE is a well-known brand in the field of adhesives and sealants, which can instill confidence in the product's quality and reliability.
Cons:1. Limited Quantity: The 10ml syringe may not be sufficient for larger projects, requiring multiple purchases.
2. Specific Use Case: LOCTITE 166 is designed for high-heat applications. If your project doesn't require such high temperatures, there may be other, more suitable retaining compounds available.
3. Potential Compatibility Issues: Always ensure the LOCTITE 166 is compatible with the materials you're working with to avoid any unexpected issues.
4. Price: Compared to some other retaining compounds, LOCTITE 166 may be more expensive.
Conclusion:LOCTITE 166 High Heat Sleeve Retainer is a high-quality product suitable for applications that require a strong, heat-resistant bond. While it may be more expensive and limited in quantity, its performance in high-temperature environments can make it a worthwhile investment for the right project.
Recommendation:If you're working on a project that requires a retaining compound for high-heat applications, LOCTITE 166 could be a good choice. However, always ensure to check its compatibility with the materials you're working with and consider the quantity required for your project to avoid any potential issues or extra costs. If your project doesn't require high temperatures, you might find more suitable and cost-effective alternatives in the market.
38mm temperature resistance: 232 c shear strength: 26nmm 2 ctite 620 retaining compound recommended for injector sleeve installations on 7. Technical data: typical applications: high temperature viscosity: 8,500cp cure time: fixture - 30 minutes full 24 hours max gap fill. Loctite is a high temperature f, viscosity liquid retaining compound for cylindrical bonding. 3 ford power stroke diesels any questions Angelo typical applications include locating pins in radiator assemblies, sleeves into pump housings and bearings auto transmissions.
Prevents metal fretting and corrosion, stops leakages. Provides a shear strength of over 3,800 psi on steel. Locks and secures metal cylindrical assemblies up to diametrical clearance.