The AllPoints CAMGBTPMD110 Gobag Thermal Pad Medium Black is a precision-engineered thermal interface component designed for efficient heat transfer in electronic assemblies and cooling applications. This medium-density black thermal pad from AllPoints Foodservice Parts & Supplies measures 14 inches in width, 20.5 inches in depth, with a thickness of 0.5 inches, providing optimal thermal conductivity for high-performance equipment. Constructed from high-quality, durable materials capable of withstanding operating temperatures up to 250°F, it is suitable for use in demanding commercial environments. Its precise dimensions and material composition make it an ideal choice for OEM applications, ensuring reliable thermal management and device longevity in various foodservice equipment and medium-duty cooling systems.
Top AllPoints CAMGBTPMD110 Features
The thermal pad's medium density ensures effective heat dissipation across electronic components, reducing thermal stress. Its durable silicone-based composition offers longevity in high-temperature environments. Designed for straightforward installation and minimal maintenance, it facilitates quick replacement and cleaning. Suitable for mounting behind heat-generating devices or in between heat sinks and electronic circuits, it optimizes workflow efficiency by maintaining consistent operational temperatures. With precise dimensions matching industry standards, it integrates seamlessly into OEM foodservice and refrigeration equipment for enhanced performance.
- Functionality: Ensures high thermal conductivity across electronic interfaces.
- Durability: Made from resilient silicone material with thermal stability.
- Ease of Use: Cut to size for fast installation and minimal handling.
- Application Fit: Compatible with OEM heat sinks and mounting substrates.
- Workflow Benefit: Maintains consistent device temperatures, supporting continuous operation.
Ideal for refrigeration units and electronic control panels requiring reliable thermal transfer.
AllPoints CAMGBTPMD110 Technical Specs
This OEM thermal pad from AllPoints features a 14-inch width, 20.5-inch depth, and a 0.5-inch thickness, crafted from high-grade silicone with a maximum operating temperature of approximately 250°F. It is constructed from durable, non-hazardous materials suitable for foodservice industry environments. The pad's design provides efficient heat transfer, supporting equipment that generates moderate thermal loads. Weighing only 0.28 lbs, it is lightweight yet resilient for consistent performance in commercial refrigeration, electronic assemblies, and cooling modules. The material's non-corrosive nature allows for straightforward cleaning and maintenance, while its stable thermal properties ensure long-term operational reliability.
- Electrical Requirements: Not applicable; thermal pad is passive material.
- Cooling Method: Passive conduction for effective heat transfer.
- Material: Silicone-based with high thermal stability.
- Dimensions: 14" W x 20.5" D x 0.5" H
- Temperature Resistance: Up to 250°F (121°C)
- Color: Black finish
- Weight: 0.28 lbs (product weight)
- Construction & Finish: Silicone with smooth surface
- Cleaning & Maintenance: Wipeable with standard cleaning agents
- Usage Compatibility: Suitable for electronic modules and heat sinks
- Installation: Cut-to-fit for specific application needs
Electrical Compatibility: Passive component, no electrical requirements.
Drainage & Ventilation: No drainage required; passive conduction only.
Thermal Management: Supports heat dissipation in moderate thermal load devices.
Application Environment: Suitable for installation in foodservice refrigeration, electronic access panels.
Service Life: Designed for repeated thermal cycling with minimal degradation.
What is a commercial thermal interface pad?
A commercial thermal interface pad is a passive heat transfer material used to facilitate efficient cooling of electronic components and heat-generating devices within foodservice equipment and refrigeration systems. The AllPoints CAMGBTPMD110 Gobag Thermal Pad Medium Black is a precise, durable solution engineered for applications requiring consistent thermal conductivity in moderate workloads. It is installed between heat sinks and components such as electronic control modules or refrigeration compressors, ensuring stable operation and prolonged device lifespan. This OEM-grade thermal pad is especially suitable for medium-volume foodservice environments where reliable thermal management is critical for maintaining equipment performance and safety standards.
Top OEM Thermal Pads for Medium-Volume Foodservice Settings
Built for reliable thermal transfer, AllPoints CAMGBTPMD110 offers durable performance suitable for medium-duty kitchen and refrigeration equipment, supporting consistent operation in commercial foodservice environments. Designed for OEM integration with a precise fit and high thermal stability, it ensures optimal device cooling and longevity in restaurant or cafeteria settings.
- Operation type — moderate cooling needs in foodservice equipment
- Kitchen setting — compact commercial kitchens and prep areas
- Foodservice category — refrigeration, electronic controls, HVAC
- Workload qualifier — typical thermal loads in medium-performance systems
- Use case — ensuring heat transfer efficiency for electronic modules
Why Choose AllPoints CAMGBTPMD110?
Compared to competing thermal pads, this model from AllPoints Foodservice Parts & Supplies features a precise 14-inch width and 0.5-inch thickness, ensuring a snug fit in OEM applications. Its high-grade silicone material offers superior durability and stable thermal performance under continuous operation in commercial refrigeration and electronic systems. The pad’s design simplifies installation and reduces maintenance downtime, enhancing operational efficiency and device reliability in foodservice environments.
- Compact footprint optimizes space in tight equipment chambers
- Durable silicone construction withstands daily thermal cycling
- Engineered for straightforward cut-to-fit installation
- Supports consistent cooling without added complexity
- Suitable for a wide range of OEM electronic and refrigeration applications
