The Concordia Coffee Company 3900-004 Heat Sink Compound Type Z9 Silicone Base is a high-performance thermal interface material designed to optimize heat transfer in commercial electronic applications. With a silicone-based formulation, it offers superior thermal conductivity, ensuring effective dissipation of excess heat from electronic components. Widely utilized in equipment where precise thermal management is critical, this heat sink compound provides reliable performance for high-density installations and facilitates maintenance by allowing straightforward application and removal. Its specific thermal resistance of 0.15°C-in²/W at 20 psi makes it suitable for demanding foodservice equipment and kitchen appliances requiring stable operational temperatures.
Top AllPoints 3900-004 Features
This heat sink compound is engineered for professional-grade thermal management in commercial kitchens and food service environments. It ensures consistent heat dissipation in appliances with high operational throughput, providing durability through its silicone base that resists degradation over time. Designed for ease of application and removal, it supports routine maintenance without sacrificing performance. Its compatibility with electronic components in refrigeration units and cooking equipment makes it ideal for technicians seeking a reliable thermal interface product—supporting efficient workflow and equipment longevity.
- High thermal conductivity: facilitates rapid heat transfer for electronic control systems.
- Silicone-based formulation: offers long-lasting durability and chemical stability in kitchen environments.
- Easy to apply and remove: promotes streamlined maintenance procedures.
- Suitable for high-density electronics: ensures stable operational temperature in compact assemblies.
- Non-corrosive and non-conductive: prevents short circuits and protects sensitive components during repairs.
Recommended for thermal interface needs in foodservice equipment requiring reliable heat dissipation.
AllPoints 3900-004 Technical Specs
This silicone-based heat sink compound features a compact 1" height, width, and depth profile, weighing just 1 lb for easy handling and application. It operates effectively within standard ambient temperatures and maintains stability up to 300°F (149°C). Manufactured for OEM use, it supports electronic components in commercial kitchens with high operational demands, including refrigeration units and cooking appliances. The product is designed for straightforward application, supporting routine maintenance without residue buildup. Its non-hazardous formulation ensures safety during application and cleaning, making it suitable for environments with strict sanitation standards. The compound’s structural composition enables it to withstand thermal cycling and mechanical stresses typical in busy foodservice settings.
- Electrical Compatibility: suitable for electronic control systems in commercial appliances.
- Weight: 1 lb, easy to apply in standard maintenance procedures.
- Operating Temperature Range: up to 300°F (149°C) for reliable heat transfer.
- Material: Silicone base with high thermal conductivity, non-corrosive, stable over time.
- Application Method: simple brush or syringe application on electronic interfaces.
What is a commercial heat sink compound?
A commercial heat sink compound is a specialized thermal interface material used to enhance heat transfer between electronic components and heat sinks. Typically silicone-based, these compounds improve thermal conductivity, ensuring electronic devices operate within safe temperature ranges. Installed in equipment such as refrigeration units, cooking appliances, and control panels, they are crucial for maintaining consistent performance and preventing overheating. The Concordia Coffee Company 3900-004 Heat Sink Compound Type Z9 Silicone Base is engineered for high-density electronic applications, supporting reliable operation in demanding foodservice settings. It is particularly suitable for service environments requiring routine maintenance and stable thermal management, making it an integral part of commercial kitchen equipment systems.
Top commercial thermal management solutions for foodservice environments
These high-quality silicone heat sink compounds provide durable, reliable heat transfer in commercial kitchens, ideal for moderate throughput foodservice settings. Concordia 3900-004 is designed for precise electronic cooling and prolonged operation, making it suitable for installation in refrigeration and cooking equipment. Optimized for maintained performance, these solutions streamline maintenance workflows and ensure equipment longevity without compromising image or hygiene standards.
- Operation Type — moderate-volume kitchen equipment management
- Kitchen Setting — compact commercial foodservice spaces
- Foodservice Category — refrigeration, cooking, and control systems
- Workload Qualifier — medium operational throughput demanding stable thermal regulation
- Use Case — routine electronic component maintenance and thermal interface enhancement
Why Choose AllPoints 3900-004?
Designed for precision thermal management, the AllPoints 3900-004 Heat Sink Compound distinguishes itself through its silicone formulation, offering exceptional thermal conductivity and chemical stability. Its compact, lightweight design allows for versatile application in various electronic components within commercial kitchens. Unlike standard compounds, it provides long-lasting performance and ease of use, supporting efficient maintenance routines and preventing overheating in high-demand environments. Its reliable thermal interface enhances equipment lifespan and operational stability, setting it apart from less durable or less thermally efficient products.
- Compact footprint: 1" cube simplifies installation in tight spaces.
- Exceptional thermal performance: ensures rapid heat dissipation under heavy workloads.
- Long-term durability: silicone base resists degradation in harsh kitchen environments.
- Convenient for routine maintenance: easy application and removal improve operational efficiency.
- Ideal for electronic control modules: stable operation in restaurant-ready equipment.
