Copper Fin Tube Radiators

Core Components & Materials

Performance Parameters

◆ Pressure Drop: Low pressure drop design ensures smooth airflow, reducing the load on the HVAC system's blower and enhancing energy efficiency.

◆ Heat Transfer Coefficient: High heat transfer coefficient allows for rapid heat exchange between the refrigerant in copper tubes and indoor air, accelerating cooling or heating processes.

◆ Energy Savings: The copper - aluminum configuration cuts compressor run times by up to 20%, significantly lowering electricity bills while maintaining desired indoor temperatures.

◆ Temperature Regulation: Cools incoming air by 10–15°C in typical residential split - system setups, creating a comfortable indoor climate for apartments and single - family homes.

Structural Design & Efficiency

◆ Dense Fin Arrangement: Aluminum fins are precisely die - cut and arranged to boost heat dissipation. The optimized fin spacing (minimizing dust accumulation) reduces maintenance needs, as less debris clogs the fins over time.

◆ Vacuum - Brazed Joints: Copper tubes and aluminum fins are joined via vacuum brazing, creating strong, leak - proof connections. This enhances thermal conductivity and ensures long - term reliability, even under continuous HVAC operation.

◆ Compact & Lightweight: Its small footprint and light weight simplify installation in limited - space residential environments, like apartment utility closets or single - family home attics.

Application Scenarios
Perfect for residential split - system HVAC setups in:

◆ Apartments: Efficiently cools compact living spaces without excessive noise, maintaining comfort for tenants.

◆ Single - Family Homes: Supports whole - home temperature regulation, ensuring consistent cooling/heating across bedrooms, living areas, and kitchens.

◆ Retrofit Projects: Compatible with existing residential HVAC systems, enabling energy - efficient upgrades without full system replacement.

Key Advantages

◆ Quiet Operation: The dense fin and optimized airflow design minimize operational noise, creating a peaceful indoor environment-ideal for bedrooms, home offices, and living rooms.

◆ Energy Efficiency: Reduces compressor run times by 20%, lowering energy costs while meeting residential cooling/heating demands.

◆ Low Maintenance: Optimized fin spacing limits dust buildup, decreasing the frequency of cleaning and HVAC servicing.

◆ Easy Installation: Lightweight, compact construction simplifies mounting in residential spaces, reducing installation time and labor costs.

Technical Compliance

◆ Meets industry standards for residential HVAC equipment, ensuring safety and performance in home environments.

◆ Materials (copper, aluminum) and manufacturing processes (vacuum brazing) comply with durability and thermal efficiency regulations for residential cooling systems.

Packaging & Logistics

◆ Packaging: Protected with shock - absorbing materials (e.g., foam, bubble wrap) to prevent damage during transit. Shipped in sturdy cardboard boxes or crates, labeled for easy identification.

◆ Delivery Time: Typically 5–12 business days after order confirmation (varies by order volume). Compatible with standard parcel or freight shipping for residential - scale deliveries.