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With our customized services, we can meet specific customer requirements and process flows, providing optimal infrared emitters solutions.
Infrared lamp is a thermal radiation light source that transfers heat through electromagnetic waves for non-contact heating. Its core structure consists of tungsten filament and quartz tube, which has the characteristics of rapid temperature rise and fall, high thermal efficiency and long service life. According to the temperature of the filament, it can be divided into four forms: long wave, medium wave, fast medium wave and short wave, and the structure is divided into single tube and double tube. The products are widely used in heating, drying, curing and other process links in printing and packaging, automobile manufacturing, food and other industries.With our customized services, we can meet specific customer requirements and process flows, providing optimal infrared control solutions.
Semiconductor Industry
Semiconductor Industry
Through infrared radiation, non-contact heating is achieved, and the molecules absorb energy and convert it into heat energy, and the temperature rises quickly and evenly. The advantages are precise temperature control (error ±1°C), non-contact and pollution-free, and good heating uniformity. Application scenarios include wafer annealing and lattice repair, thin film deposition auxiliary heating, photoresist curing, packaging welding, and drying and dehumidification processes, which can improve process efficiency and chip yield, and is a key tool for semiconductor manufacturing.
High heating uniformity
Control parameters such as power and distance to achieve uniform heating
Fast heating speed
The target temperature can be reached in a short time.
Precise temperature control
Cooperating with the temperature control system, the temperature can be adjusted accurately (the error range is as small as ±1℃)
Non-contact heating
The non-contact heating method meets the requirements of semiconductor clean production environment.
Printing Industry
Printing Industry
Infrared heating lamps mainly use the principle of infrared radiation in the printing industry. By emitting infrared rays of a specific wavelength, the ink and coating on the printed matter quickly absorb heat and accelerate the drying and curing process. In actual applications, they are often installed in the drying process of printing presses. Together with the conveyor belt, the printed matter passes through the heating area at a uniform speed to achieve continuous drying operations. They are important auxiliary equipment for the printing industry to improve production efficiency and quality.
High Heating Efficiency
Fast heat conduction shortens drying time and improves production efficiency.
Highly Adaptable
Suitable for a variety of printing materials.
Good Cutting Quality
The power or distance can be adjusted to accurately control the temperature to ensure printing quality.
Lower Energy Consumption
The energy is concentrated and the utilization rate is high, which can reduce energy consumption.
Automotive Industry
Automobile industry
After the infrared heating lamp is powered on, the internal heating element heats up and emits infrared radiation. The workpiece absorbs infrared energy, causing intense molecular vibration and friction to generate heat, which promotes the evaporation of automotive coating solvents, resin curing, or softening of parts for welding and bonding. By adjusting the power, irradiation distance, and infrared band, the heating temperature and area can be precisely controlled to ensure the process effect and workpiece quality.
High Drying Efficiency
Can quickly penetrate coatings, accelerate coating drying, and improve production line efficiency.
Accurate Temperature Control
Accurately adjust the temperature to ensure the smoothness and glossiness of the paint surface.
Strong Adaptability
Suitable for various processes in the automotive industry, compatible with different materials such as metal and plastic.
Energy Saving
Concentrated heat and high utilization rate, reducing production costs.
Plastics Industry
Plastic industry
After being powered on, the infrared heating lamp emits infrared radiation, and the plastic absorbs energy to quickly heat up. It has obvious advantages in the plastic industry: fast heating, shortened molding, welding and other process time; Accurate temperature control to prevent plastic from overheating and deformation; Suitable for various plastic materials, applied in multiple processes such as injection molding and vacuum forming; Concentrate heat, save energy and reduce consumption.
Efficient and Fast
The heating speed is fast, greatly reducing the time of injection molding, welding and other processes, and improving production efficiency.
Accurate Temperature Control
Accurately control temperature to avoid local overheating, decomposition, and deformation of plastics.
Widely Applicable
Compatible with various plastic materials to meet different process requirements.
Energy saving and Low consumption
Reduce energy consumption and waste, and lower production costs.
Food Industry
Food industry
Infrared heating lamps utilize the principle of infrared radiation and are widely used in the food industry. It can quickly penetrate food, achieve efficient heating, and has the advantages of fast heating and low energy consumption. Can be used for food baking and roasting, making the finished product taste better; In the drying and dehydration process, it can retain nutrients and color; It can also be used for sterilization and preservation, thawing and preheating, as well as puffing processing, to improve food processing efficiency and quality.
High Heating Efficiency
Fast heating speed and shortened processing time.
Low Energy Consumption
High energy utilization efficiency can reduce production energy consumption costs.
Wide Applicability
Can be used in various food processing stages such as baking, drying, etc., with high flexibility.
Easy to Operate
Accurate temperature control, fast equipment startup, and easy integration of production line automation.
Film industry
Thin film industry
Infrared heating lamps are widely used in the thin film industry based on the infrared radiation heat effect. It can be used for film drying and curing, stretching and shaping, surface treatment, and recycling, such as accelerating coating drying, assisting film stretching and shaping, etc. Its advantages lie in fast heating, low energy consumption, precise temperature control, and the ability to achieve synchronous heating inside and outside the film. It is compatible with multiple materials and non-contact heating avoids pollution, making it easy to integrate into production lines.
Low Energy Consumption
Less heat loss, which can reduce energy consumption by 30% to 50% compared to traditional heating methods.
Accurate Temperature Control
Accurate temperature control to avoid problems such as yellowing and brittleness of the film caused by high temperatures.
High Flexibility
Can adapt to films of different thicknesses and materials (such as plastic film, metal composite film, etc.)
Pollution-free
Non contact heating to prevent impurities from adhering during the heating process and ensure the cleanliness of the film surface.
