Efficient Heating, Empowering Industrial Futures
About Easewise
Easewise is a trusted industrial heater manufacturer with mcre than 15 years of experience in precision heating technology. Our product rangeeaters,thermocouples, and DS18B20 temperature sensors, widely used acrosscovers cartridge heaters, silicone rubber heaters, mica bandindustrial automation and process control.
agement systems, ensuring superior reliability and consistent performance. WeAll heaters are produced under lso 9001 certified quality maintegrate advanced CNc winding machines, automatic resistnce testing, and temperature calibration systems to meet demanding industrialstandards.
ters, or smart heating sensors, Easewise engineers deliver tailored solutions forWhether you need custom hot runner heaters,immersion heefficient heat transfer, durability, and safety.
A cartridge heater is a high-density, compact heating element widely used in industrial applications for precise and efficient heat transfer. Designed to fit snugly into drilled holes, cartridge heaters provide localized heating with excellent thermal conductivity and uniform temperature distribution. They are commonly used in plastic injection molding, packaging machinery, 3D printing, medical devices, and die-casting systems.
A silicone heater, also known as a silicone rubber heater, is a flexible, lightweight, and energy-efficient heating solution designed for precise surface heating applications. Made from high-quality silicone rubber and embedded with nickel-chromium heating wires, silicone heaters deliver uniform heat distribution and excellent durability even in harsh environments.
A mica band heater is a durable and efficient heating device designed to provide uniform heat distribution for cylindrical surfaces such as barrels, nozzles, and pipes. Constructed with high-quality mica insulation and nickel-chromium resistance wire, mica band heaters deliver excellent thermal conductivity, fast heat-up times, and stable temperature performance.
A thermocouple is a type of temperature sensor used to measure temperature accurately in various industrial and scientific applications. It works based on the Seebeck effect, where two different metals are joined to form a junction that generates a voltage proportional to the temperature difference. This simple yet highly reliable principle makes thermocouples one of the most widely used temperature measurement devices in the world.
PI HEATER
A PI heater (Polyimide heater) is a highly flexible, lightweight, and efficient thin-film heating element made from polyimide film and etched foil circuits. It is widely used in precision heating applications that require stable performance, excellent insulation, and rapid thermal response.
HOT RUNNER HEATER
A Hot Runner Heater is a precision-engineered heating element designed for injection molding systems. These heaters are essential in maintaining the molten plastic at an optimal processing temperature, preventing solidification and improving mold cycle efficiency.
IMMERSION HEATER
An immersion heater is an electric heating device designed to heat liquids such as water, oil, or chemical solutions directly within a tank or container. These heaters are inserted into the liquid, providing efficient and uniform heating for industrial, commercial, and laboratory applications. With precise temperature control and fast heat transfer, immersion heaters are ideal for maintaining process temperature stability and reducing energy consumption.
DS18B20 SENSOR
The DS18B20 sensor is a digital temperature sensor known for its high accuracy, simplicity, and wide temperature measurement range. Manufactured by Maxim Integrated, the DS18B20 provides precise digital temperature readings through the 1-Wire communication protocol, making it ideal for IoT projects, industrial control systems, and smart devices.
CERAMIC BAND HEATER
A ceramic band heater is a high-performance industrial heating device designed for uniform heat transfer and energy efficiency in high-temperature applications. It consists of nickel-chromium resistance wire wound through ceramic insulators housed in a durable metal casing. This construction allows ceramic band heaters to deliver consistent, even heating while minimizing heat loss — making them ideal for plastic processing, extrusion, and injection molding machines.
BRASS HOT RUNNER HEATER
A brass hot runner heater is a high-efficiency heating element specifically designed for hot runner systems in plastic injection molding applications. Constructed with brass casing and a high-quality nickel-chromium resistance wire, it ensures excellent heat conductivity, uniform temperature distribution, and long service life.
TUBULAR HEATER
A tubular heater is a versatile and durable industrial heating element designed to provide uniform heat in air, liquids, and solid surfaces. It is constructed using a metal sheath (typically stainless steel or Incoloy) that encases a nickel-chromium resistance wire, insulated with high-purity magnesium oxide (MgO) for efficient heat transfer and electrical insulation.
FINNED TUBULAR HEATER
A finned tubular heater is an efficient and durable industrial heating element designed for air and gas heating applications. It consists of a metal-sheathed tubular heater with spirally wound fins to increase the surface area, enhancing heat transfer efficiency and uniform temperature distribution.
Technical Strength & Quality Certifications
At Easewise, we combine advanced manufacturing, precision testing, and international standards to ensure every industrial heater and temperature sensor meets global quality expectations. Our R&D team continuously improves energy efficiency, durability, and accuracy across cartridge heaters, thermocouples, and silicone rubber heaters.
Advanced Manufacturing Equipment
Equipped with CNC winding machines, laser welding, and high-precision inspection systems, Easewise ensures each mica band heater and immersion heater delivers consistent performance.
Professional R&D Team
Our engineers specialize in thermal simulation, temperature control system design, and customized heater solutions for industries such as plastics, food equipment, and laboratory systems.
Strict Quality Control System
From raw material inspection to final product testing, Easewise implements ISO9001 quality management standards to guarantee accuracy and long lifespan.
International Certifications
Easewise products are certified with CE, RoHS, and UL standards, ensuring compliance, safety, and reliability for global industrial applications.
Trusted by global manufacturers for over 10 years of heating innovation and precision engineering.
Range Of Heaters
Precision Heating Elements and Custom OEM Solutions. Cartridge, tubular, immersion, and coil heaters, silicone & PI heating pads, oil drum heaters, band heaters, and finned tubular heaters are all our range.
Industrial Heating Applications
Explore Easewise’s full range of industrial heaters and temperature sensors — engineered for precision, reliability, and energy efficiency across multiple industries.
A. Heating Elements
Our industrial heating elements deliver uniform heat for applications including plastic molding, packaging, and hot runner systems. Designed for high performance and durability.
B. Temperature Sensors
Precision temperature sensors ensure stable and accurate thermal control for your industrial heating systems. Ideal for automation, process control, and laboratory use.
C. Material Types
Our heaters are available in various material structures to match specific thermal and mechanical requirements — from stainless steel to polyimide insulation.
D. Industry Solutions
Easewise heating systems are widely applied in multiple industrial fields, offering energy-efficient and precise heating for demanding processes.
E. Smart Control Systems
Integrate heaters and sensors with intelligent temperature control systems for improved precision and efficiency in automation environments.
Frequently Asked Questions (FAQ)
What is a Cartridge Heater used for?
Cartridge heaters are designed for precise heating in molds, dies, and metal parts, ensuring uniform temperature control in industrial and packaging equipment.
Where can Silicone Rubber Heaters be applied?
Silicone rubber heaters are flexible and ideal for tanks, pipes, and lab instruments, offering consistent surface heating even on curved or irregular surfaces.
What makes PI Heaters different from other heaters?
PI (Polyimide) heaters are ultra-thin, lightweight, and provide rapid heating — perfect for electronics, aerospace, and precision temperature applications.
How do Mica Band and Ceramic Band Heaters differ?
Mica band heaters handle medium temperatures with quick heat transfer, while ceramic band heaters suit high-temperature, energy-efficient plastic processing.
What is a Hot Runner Heater or Brass Hot Runner Heater used for?
Hot runner and brass hot runner heaters provide stable and efficient heating in injection molds, ensuring smooth plastic flow and improving molding quality.
How do Thermocouples and Temperature Sensors work?
Thermocouples and temperature sensors detect and measure heat accurately in industrial systems, providing real-time feedback for temperature control.
What are the advantages of the DS18B20 Sensor?
The DS18B20 digital temperature sensor offers accurate, one-wire communication and is widely used in automation, IoT, and smart heating systems.
Where are Tubular and Finned Tubular Heaters used?
Tubular and finned tubular heaters are used for air, liquid, and gas heating in ovens, dryers, HVAC systems, and industrial process tanks.
Frequently Asked Questions (FAQ)
What is a Cartridge Heater used for?
Cartridge heaters are designed for precise heating in molds, dies, and metal parts, ensuring uniform temperature control in industrial and packaging equipment.
Where can Silicone Rubber Heaters be applied?
Silicone rubber heaters are flexible and ideal for tanks, pipes, and lab instruments, offering consistent surface heating even on curved or irregular surfaces.
What makes PI Heaters different from other heaters?
PI (Polyimide) heaters are ultra-thin, lightweight, and provide rapid heating — perfect for electronics, aerospace, and precision temperature applications.
How do Mica Band and Ceramic Band Heaters differ?
Mica band heaters handle medium temperatures with quick heat transfer, while ceramic band heaters suit high-temperature, energy-efficient plastic processing.
What is a Hot Runner Heater or Brass Hot Runner Heater used for?
Hot runner and brass hot runner heaters provide stable and efficient heating in injection molds, ensuring smooth plastic flow and improving molding quality.
How do Thermocouples and Temperature Sensors work?
Thermocouples and temperature sensors detect and measure heat accurately in industrial systems, providing real-time feedback for temperature control.
What are the advantages of the DS18B20 Sensor?
The DS18B20 digital temperature sensor offers accurate, one-wire communication and is widely used in automation, IoT, and smart heating systems.
Where are Tubular and Finned Tubular Heaters used?
Tubular and finned tubular heaters are used for air, liquid, and gas heating in ovens, dryers, HVAC systems, and industrial process tanks.
Industrial Heating Solutions by Easewise
Discover high-performance cartridge heaters, silicone rubber heaters,
mica band heaters, thermocouples, and advanced DS18B20 sensors
designed for precision, reliability, and energy efficiency across industrial applications.
15+ Years Experience
ISO Certified Factory
OEM & Custom Heating Solutions
Global Export Service
Easewise manufactures a full range of industrial heaters including
hot runner heaters
and immersion heaters,
delivering stable temperature control for automation, packaging, and manufacturing industries.
Industrial Heating Solutions by Easewise
Discover high-performance cartridge heaters, silicone rubber heaters, mica band heaters, thermocouples, and advanced DS18B20 sensors designed for precision, reliability, and energy efficiency across industrial applications.
Easewise manufactures a full range of industrial heaters including hot runner heaters and immersion heaters, delivering stable temperature control for automation, packaging, and manufacturing industries.