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繁體中文Coil Heater is an electric heating element made of resistance wire wrapped around a ceramic or metal tube. It can directly heat air, liquid or solid, and has the advantages of high heating efficiency, fast heating speed and long service life.
Industry News
In recent years, with the rapid development of manufacturing industry, the demand for Coil Heater has gradually increased. The increasing demand for efficient and energy-saving heating solutions from all walks of life has made Coil Heater's position in the market more stable.
Industry News
In recent years, with the rapid development of manufacturing industry, the demand for Coil Heater has gradually increased. The increasing demand for efficient and energy-saving heating solutions from all walks of life has made Coil Heater's position in the market more stable.
Coil Heater
NiCr 80/20 resistance wire
High purity compacted magnesium oxide
Nickel or stainless steel sheath
PTFE insulated nickel leadwires
Introduction
A solution to the most difficult requirements, possible to work under high working temperature and limited spaces.
Used for the best performance and various applications.
Applications
Used in the plastics industry for the heating of nozzles and hotrunner tooling.
Generally applied on where space is restricted.
Technical Data
NiCr 80/20 resistance wire
High purity compacted magnesium oxide
CrNi steel or SUS310 or SUS321 steel sheath
Built-in thermocouple type J
Tig welded bottom disc
PTFE insulated nickel leadwires
Introduction
A solution to the most difficult requirements, possible to work under high working temperature and limited spaces.
Can manufacture to different lengths, wattages, sections, and built-in J or K type thermocouples according to needs.
Applications
Hot Runner Systems
Plastics Industry
Engineering Industry
Shoe Industry
Home appliance technology
Casting Industry
High Vacuum Aapplications
Packaging Machines
Technical Data
NiCr80/20 resistance wire
High purity compacted magnesium oxide
CrNi steel or SUS310 or SUS321 steel sheath
Built-in thermocouple type J
Tig welded bottom disc
PTFE insulated nickel leadwires
Introduction
Apply solutions to difficult requirements, possible to work under high working temperature and limited spaces.
Can manufacture to different lengths, wattages, sections, and built-in J or K type thermocouples according to needs.
Applications
Hot Runner Systems
Plastics Industry
Engineering Industry
Shoe Industry
Home appliance technology
Casting Industry
High Vacuum Aapplications
Packaging Machines
Technical Data
NiCr80/20 resistance wire
High purity compacted magnesium oxide
Stainless steel sheath
Solid stainless steel terminal
Ceramic end cap
Introduction
Capable of being formed into virtually any configuration.
The range of ratings, sizes, materials and terminations available makes the tubular heater adaptable to many industrial, commercial, and scientific applications.
Applications
Used in pastics industry for the heating of Hot runner manifold plates tooling.
Flexbile Heaters enables heat to be located directly to the resin flow path with three dimensional heat distribution.
Technical Data
NiCr80/20 resistance wire
High purity compacted magnesium oxide
CrNi steel or SUS321 steel sheath
PTFE insulated nickel leadwires
Introduction
much uniformed heating conductivity and better fitting with tools for advanced appliances.
Several lengths, wattage, Inner and outer diameters can be supplied.
Applications
Specialized in Plastic Industrial nozzles and hot runner components,
prioritized under limited space.
Technical Data
Stainless steel clamping band
Mica insulation
NiCr alloy
Aluminized steel
Fiberglass insulated lead wire (Axial exit)
Introduction
Mica insulated band heater can perform at higher operating temperatures.
Long-live and efficient band heater is the key for high productivity of plastic extruders, injection and blow molding machines.
Applications
Used in the pastics industry of plastic extruders, injection and blow molding machines.
prioritized under limited space.
Technical Data
Silicone-rubber insulating layer
Heating resistor
Insulated lead wire
Introduction
The light and easy-to-shape silicone rubber material is used as the external heat-resistant insulating layer, which has fast, uniform heating, and high thermal efficiency features. It can be widely used as it can be customized to a variety of shapes.
Applications
Plastics Industry
Engineering Industry
Shoe Industry
Home appliance technology
Packaging Machines
NiCr80/20 resistance wire
High purity compacted magnesium oxide
Nickel or stainless steel sheath
PTFE insulated nickel leadwires
Introduction
Easy to assemble, economical solutions for the hot runner nozzle.
The coiled and pressed clamp heater ensures best heat contact with the nozzle.
The coiling is precisely designed to suit specific heat requirements.
Technical Data
Application scope
How to choose
Heating power: Choose the appropriate power according to heating needs
Heating temperature: Choose the appropriate temperature according to the heating requirements
Heating medium: Choose the appropriate material according to the heating medium
Size and shape: Choose the appropriate size and shape according to the installation space
History
The invention of the Coil Heater dates back to the late 19th century, when people began using resistance wire heating elements. In the early 20th century, Coil Heater technology was further developed and began to find widespread use in industry and commerce.
Manufacturing Related Information
The manufacturing process of Coil Heater involves high-precision machining technology and strict quality control. Manufacturers typically use advanced equipment and technology to ensure Coil Heater performance and reliability. It's crucial to source from reputable suppliers to guarantee quality and effectiveness.
Coil Heater
have a wide range of applications, covering many different industrial sectors. From plastic molding to food heating, from medical devices to automotive parts,Coil Heater
play a key role.How to choose
Heating power: Choose the appropriate power according to heating needs
Heating temperature: Choose the appropriate temperature according to the heating requirements
Heating medium: Choose the appropriate material according to the heating medium
Size and shape: Choose the appropriate size and shape according to the installation space
History
The invention of the Coil Heater dates back to the late 19th century, when people began using resistance wire heating elements. In the early 20th century, Coil Heater technology was further developed and began to find widespread use in industry and commerce.
Manufacturing Related Information
The manufacturing process of Coil Heater involves high-precision machining technology and strict quality control. Manufacturers typically use advanced equipment and technology to ensure Coil Heater performance and reliability. It's crucial to source from reputable suppliers to guarantee quality and effectiveness.