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BACA SELENGKAPNYAThermal conductivity is a crucial indicator of a material's ability to conduct heat. In underfloor heating systems, the thermal conductivity of EPS Underfloor Heating Panels is critical to the system's performance. EPS (expanded polystyrene) panels have low thermal conductivity, making them ideal insulation materials, especially suitable for heat insulation in underfloor heating systems.
Thermal Conductivity of EPS Underfloor Heating Panels:
The thermal conductivity of EPS Underfloor Heating Panels typically ranges from 0.030 to 0.040 W/m·K. This range of thermal conductivity means it has good thermal insulation properties, effectively reducing heat loss through the floor and thus improving the system's thermal efficiency. This is very important for underfloor heating systems, as the goal is to distribute heat evenly throughout the room without wasting heat into the ground.
Impact of Thermal Conductivity:
Energy Saving: Due to the low thermal conductivity of EPS Underfloor Heating Panels, they can effectively reduce heat loss in underfloor heating systems, thereby improving energy efficiency and reducing heating costs.
Temperature Control: Lower thermal conductivity means that EPS Underfloor Heating Panels can maintain a warm floor temperature, preventing uneven temperatures or heat waste caused by heat dissipation.
Comparison with Other Materials:
EPS vs. XPS: Compared to XPS panels (extruded polystyrene), EPS Underfloor Heating Panels have slightly higher thermal conductivity, but XPS has superior compressive strength and moisture resistance. Choosing the right material depends on the specific environmental requirements.
EPS vs. PU: The thermal conductivity of EPS Underfloor Heating Panels is usually higher than that of polyurethane foam (PU), but EPS is less expensive and offers better value for money. Therefore, in low to medium-load underfloor heating systems, EPS can effectively provide the required thermal insulation.
The installation method of EPS Underfloor Heating Panels directly affects the overall efficiency of the underfloor heating system. Correct installation not only improves the system's thermal efficiency but also ensures the long-term stable operation of the underfloor heating system.
Installation Steps for EPS Underfloor Heating Panels:
1. Floor Preparation:
2. EPS Panel Laying:
3. Heating Pipe Laying:
4. Covering Layer:
Installation Precautions:
Although EPS Underfloor Heating Panels themselves have low maintenance requirements, regular inspections and appropriate maintenance are essential to ensure the long-term efficient operation of the underfloor heating system. Over time, maintenance is not only about fixing problems but also an important means of improving system efficiency and extending its service life.
Routine Maintenance:
Heating Pipe Inspection:
Avoid Excessive Pressure:
EPS panels have good compressive strength, but during long-term use, if the floor is subjected to excessive pressure for extended periods (such as heavy objects placed in the same location for a long time), it may cause the panels to deform or be damaged. Therefore, regularly checking the usage of the underfloor heating area and avoiding placing heavy objects on the EPS Underfloor Heating Panels, especially in uncovered areas, is an important maintenance step.
Leak Detection:
Surface Cleaning and Maintenance:
Repair and Replacement:
Local Repair:
System Upgrade:
Customized Support from Yangzhou Ever-Growing International Co., Ltd.:
With 30 years of industry experience, Yangzhou Ever-Growing International Co., Ltd. provides comprehensive after-sales service for EPS Underfloor Heating Panel customers, ensuring long-term stable operation of the product. The company specializes in the production and research and development of various foam materials, such as EPS and XPS, covering multiple fields, including underfloor heating panels, XPS underfloor heating panels, foam floats, and EPP custom packaging, meeting the needs of different customers.