Power Soak Systems 28928 Heat Sink Compound 6.5 Grams is a high-performance thermal interface material designed for precise heat dissipation in electronic and industrial applications. Manufactured by Power Soak Systems, this heat sink compound offers exceptional thermal conductivity, ensuring efficient heat transfer between electronic components and heat sinks. Its compact 6.5-gram package provides easy handling and accurate application for commercial and technical users, especially in environments requiring reliable thermal management of sensitive devices. The product's technical formulation maximizes thermal interface performance with a low precursor residue, making it suitable for high-demand electronic assemblies and industrial cooling solutions.
Top Power Soak Systems 28928 Features
Designed for professional electronic and industrial applications, the Power Soak Systems 28928 heat sink compound ensures optimal thermal performance with high conductivity. Its ease of application facilitates precise coating on heat sink surfaces, promoting uniform heat transfer. The compound’s durable formulation withstands thermal cycling and mechanical handling, while its compact 6.5-gram size supports streamlined workflows in equipment maintenance and manufacturing environments. Its compatibility with a variety of high-performance heat sinks makes it ideal for use in electronic repair shops, manufacturing lines, and server cooling setups, improving operational efficiency and component longevity.
- High thermal conductivity: Ensures efficient heat transfer between components.
- Durable, thermally stable composition: Resists thermal cycling and mechanical wear.
- Easy-to-apply, cleanup-friendly formula: Supports fast reapplication and maintenance.
- Suitable for precision electronics assembly: Compatible with heat sinks in tight spaces.
- Compact 6.5-gram packaging: Facilitates precise application and reduces waste.
Ideal for electronic repair, industrial cooling, and hardware assembly requiring reliable thermal interface performance.
Power Soak Systems 28928 Technical Specs
The Power Soak Systems 28928 heat sink compound features a low-profile construction with dimensions of 1.7" W × 5.7" D × 0.35" H, and a lightweight profile of approximately 0.03 lbs, designed for easy handling and application. It provides excellent thermal conductivity with a dedicated formulation optimized for electronic cooling needs. The product is non-hazardous and suitable for use across various environments, with a typical shipping timeframe of 4 to 5 days. Its compatible with heat sinks requiring high-performance thermal interfaces and maintains stability across operating temperatures. The compound’s material composition ensures cleaning compatibility, with easy removal via standard cleaning agents. It is provided in a durable OEM packaging with no certification, made for precise, professional use in electronics manufacturing and repair settings.
- Electrical Requirements: Not applicable
- Cooling Method: Air-cooled
- Product Type: OEM thermal interface compound
- Dimensions: 1.7" W × 5.7" D × 0.35" H
- Weight: 0.03 lbs per unit
- Construction & Finish: Polymer-based, designed for stable thermal performance
- Temperature Resistance: Up to specified safe operating temperature ranges
- Material Safety: Non-hazardous, easy to clean with compatible solvents
- Usage Compatibility: Suitable for heat sinks and electronic components requiring high thermal conductivity
- Installation & Maintenance: Applied via precision spatula, removable with standard cleaning agents; supports rapid repair workflows
What is a commercial heat sink compound?
A commercial heat sink compound is a thermal interface material formulated to optimize heat transfer between electronic components and heat sinks in industrial and electronic systems. It is typically used in server cooling, electronic device assembly, and maintenance environments. The Power Soak Systems 28928 heat sink compound from AllPoints is engineered to provide high thermal conductivity, durable performance, and ease of application, making it suitable for precise heat management in various electronic cooling applications. Its application enhances system reliability by preventing overheating in high-performance electronics, and it is installed in a range of electronic devices including servers, industrial machinery, and commercial computers, especially in setups requiring accurate thermal regulation for consistent operation performance.
Top thermal interface materials for electronic cooling in commercial settings
Designed for moderate workload electronic cooling, the Power Soak Systems 28928 heat sink compound from AllPoints offers robust thermal conductivity and reliable performance for server rooms, industrial electronics, and maintenance workshops. Its high-quality formulation ensures efficient heat transfer in cooling systems suitable for continuous operation and demanding environments, supporting precise temperature control across diverse commercial applications.
- Operation type — electronic component thermal management
- Kitchen type — compact industrial and commercial electronic spaces
- Foodservice category — not applicable
- Workload qualifier — moderate thermal dissipation needs
- Use case — electronic assembly and component cooling
Why Choose AllPoints 28928?
Preferentially designed for professional electronic and industrial applications, the Power Soak Systems 28928 heat sink compound stands out with its high thermal conductivity and durable, temperature-stable formulation. Unlike simpler alternatives, its compact 6.5-gram design allows for precise application in tight spaces and demanding environments, reducing waste and ensuring optimal thermal interface performance. The compound's compatibility with a variety of heat sinks and easy cleanup enhances operational efficiency, making it a reliable choice for technical professionals seeking consistent, high-quality thermal management solutions in electronics repair, manufacturing, and data center cooling.
- Self-contained, precise high-thermal conductivity formulation
- Compact size supports targeted application in tight spaces
- Engineered for long-lasting thermal stability and durability
- Ideal for routine maintenance and electronic assembly workflows
- Supports maximizing equipment uptime and thermal efficiency
