TH Series Lead Free Hot Air Nitrogen Reflow Soldering

specificities

• High production efficiency: fast welding speed, able to complete a large number of welding tasks in a short period of time, reducing the production cycle, saving time and costs for the enterprise

• Energy saving and environmental protection: new cooling structure design reduces heat loss and makes flux recovery more complete, which helps to reduce air pollution.

• High-precision welding: adopting advanced temperature control and heat transfer technology to ensure the welding quality and improve the production efficiency.

• Strong stability: the design and production process focuses on the degree of automation and transportation stability of the equipment, thus improving production efficiency and product quality.

• Heavy-duty transportation: The transportation chain adopts stainless steel ball double-row chain, which makes the load bigger, cleaner, more stable and more durable.

• Multi-layer heat preservation furnace chamber design: low surface temperature of the furnace body, minimal heat loss.

• Good cooling effect: the latest cooling technology, multi-zone double-sided cooling, the maximum effective cooling length of 1200mm, to ensure that the product quickly cooled down to the lowest exit temperature.

• High flux recovery efficiency: multi-point collection, fully improve the recovery efficiency, reduce maintenance time and frequency for customers.

• Low Nitrogen Consumption: The furnace chamber is fully protected by a closed design, which effectively protects the nitrogen from being easily lost, and the oxygen content can be as low as 100ppm.

• Power failure protection: Equipped with on-line UPS with power failure protection function to ensure the normal output of PCB boards after power failure without damage.

  
  

Highlights

Increased productivity

High-speed welding enables fast processing of large-volume products.

Shorten production cycle time, saving time and operation cost for enterprises.

 energy conservation and environmental protection

Innovative cooling structure minimizes heat loss.

Efficient flux recovery system helps reduce air pollution.

 Strong system stability 

Highly automated design and stable material transfer structure.

Adopting stainless steel double-row ball chain for cleaner, more stable and durable transportation

Multi-layer insulated furnace chamber design

Low surface temperature of the furnace body, minimal heat loss.

Significantly improves thermal efficiency.

Excellent cooling performance

• State-of-the-art cooling technology with multi-zone double-sided cooling.

• The maximum effective cooling length of up to 1200 mm ensures that the product is quickly cooled down to the minimum temperature required for export.

High-efficiency flux recycling

• Multi-point collection system fully improves flux recovery efficiency.

• Reduces maintenance time and frequency and improves work efficiency.

Low nitrogen consumption 

• Closed chamber design effectively prevents nitrogen loss.

• Oxygen concentration can be reduced to as low as 150 ppm.

• Nitrogen consumption is only 20-22 m3/hour at an oxygen concentration of 300-800 ppm.