About Honeycomb Cooling Pads
Honeycomb Cooling Pads
Product description:
We are one of the trustworthy and renowned organizations, involved in offering a wide gamut of Honeycomb Cooling Pads to our clients. These products are made of cellulose paper to make the fresh cool air in coolers. Apart from this, these products are offered to our valued clients at very affordable rates.
Features: - Highly Strong
- Self-supporting
- Fine finish
Specifications: - Screen Height (mm)- as per requirement
- Screen Width (mm)- as per requirement
- Screen Depth (mm)- 50, 100,200
- Flute Height (mm)- 7
- Groove angle a 45°
- Groove angle b 45
Advanced Evaporative Cooling PerformanceHoneycomb Cooling Pads utilize a unique cellulose matrix with optimized flute angles (45/45 or 30/60) to maximize airflow and water evaporation. This results in up to 85% cooling efficiency, maintaining a comfortable environment in large-scale industrial and commercial spaces while using minimal energy and producing low noise.
Built to Last and Easy to MaintainConstructed with phenolic resin-treated paper, these pads offer an impressive lifespan of 3-5 years when properly maintained. With high water retention and solid edge protection (aluminum or plastic), the pads resist wear and extend operational reliability, making them a cost-effective solution for continuous cooling.
Flexible Installation and Eco-Conscious DesignOffering frame-mounted installation methods with side or fit insertion, these pads can be easily integrated into various air cooling systems. Available with optional fire retardancy, low formaldehyde levels, and crafted from eco-friendly materials, Honeycomb Cooling Pads support both efficiency and sustainability.
FAQs of Honeycomb Cooling Pads:
Q: How do Honeycomb Cooling Pads function in industrial air cooling systems?
A: Honeycomb Cooling Pads work on the principle of evaporative cooling, where warm air passes through the moistened cellulose paper structure, causing water to evaporate and thereby cooling the air before it enters the workspace. The highly efficient honeycomb design maximizes contact between air and water, delivering up to 85% cooling efficiency.
Q: What benefits do the edge guards provide for these cooling pads?
A: Edge guardsavailable in aluminum or plasticprotect the pads from physical damage and wear during operation, handling, and maintenance. They help maintain the structural integrity of the pads, preventing deformation and extending their service lifespan, even in demanding industrial environments.
Q: When is it recommended to replace the Honeycomb Cooling Pads?
A: Under proper maintenance conditions, the pads typically last between 3 and 5 years. Replacement is recommended when efficiency noticeably drops, structural damage appears, or excessive mineral buildup reduces water absorption and airflow.
Q: Where should Honeycomb Cooling Pads be installed for maximum effectiveness?
A: Install these pads in frame-mounted positions with side or fit insertion in commercial or industrial air cooling units. Proper placement ensures efficient water distribution and maximum airflow through the pad, delivering optimal cooling throughout large open areas.
Q: What is the installation process for these cooling pads?
A: Installation involves inserting the pads into a compatible frame mount within the cooling systemeither through side or fit-in methods. Connections for water distribution are set up using plastic or brass nozzles, and the pads are secured with edge guards for lasting protection.
Q: Can these Honeycomb Cooling Pads be used for eco-friendly cooling applications?
A: Yes; these pads use low-formaldehyde, cellulose-based materials and operate without refrigerants or compressors. This makes them an environmentally friendly option that reduces energy consumption and greenhouse gas emissions, aligning with green building objectives.
Q: What are the primary usages and advantages of adopting Honeycomb Cooling Pads?
A: Designed for commercial and industrial cooling needs, the pads provide high airflow (3500-7000 m/h, model dependent), efficient evaporative cooling, minimal noise, and low energy demandmaking them ideal for factories, warehouses, and large open spaces seeking cost-effective temperature control.