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Industrial heaters are an indispensable presence in various production sites and manufacturing equipment lines. They are used for heating gases, liquids, and solids (metals), electrically heating heated objects such as metal plates and containers with high thermal conductivity, and warming pipes, nozzles, panels, etc. This document explains usage examples tailored to different types and applications, so please take a moment to read it. [Contents] ■ What is an industrial heater? ■ Types of industrial heaters and usage examples ■ Contact information ■ Company overview *For more details, please refer to the PDF document or feel free to contact us.

A PTC heater (Positive Temperature Coefficient) is a heating element that utilizes semiconductor ceramics primarily composed of barium titanate. The Curie temperature can be set arbitrarily based on the material composition. It can self-regulate the set temperature, allowing for safe heating with minimal energy consumption without causing abnormal overheating. Additionally, the heater shape can be flexibly adapted to various applications. 【Features】 ■ Reduction of temperature control is possible ■ Can suppress abnormal overheating, ensuring safety ■ Very economical by minimizing unnecessary power consumption ■ Capable of heating in a compact space ■ Compatible with various applications

The "Micro Ceramic Heater" is a heater that can uniformly heat non-heated materials. With its high watt density design, it allows for rapid heating, reaching temperatures of up to approximately 500°C. Additionally, it uses ceramics that are excellent in oxidation resistance and chemical resistance, allowing for long-term use. 【Features】 ■ Uniform heating ■ Rapid heating and cooling ■ Oxidation and chemical resistance ■ Compact and thin design *For more details, please download the PDF or feel free to contact us.

A micro ceramic heater is a high-performance heater with a simple structure of ceramic and heating elements, achieving rapid heating. The outer material of the heater uses alumina sheets, which excel in insulation and chemical resistance, while the heating element is made of responsive tungsten. The heating element is uniformly distributed across the entire sheet, ensuring no heating unevenness and allowing for rapid heating. Its compact and slim design makes it suitable for use in small spaces. 【Features】 ■ Compact and lightweight ■ Rapid heating and cooling ■ Oxidation resistance and chemical resistance ■ High insulation and high voltage resistance ■ Compatible with various shapes

This is a heater that sandwiches a heating element between silicone rubber sheets and finishes it in a thin sheet form. Unlike typical carbon types, it features a pattern design using nickel alloy resistors, allowing for flexible manufacturing in various shapes such as round, triangular, or with holes, tailored to the shape of the heated object. It can be used at temperatures up to 300°C (H type) and excels in flexibility, chemical resistance, and thermal responsiveness, fitting snugly to the heated items and efficiently conducting heat. It also fits efficiently to various shapes, such as drums and one-gallon cans, for effective heating. It is widely used in scientific instruments and medical devices. Additionally, due to its unique manufacturing method (patented), it can be produced quickly and inexpensively, even in small quantities. For more details, please contact us or refer to the catalog.

The PIPE HEATER allows you to easily create hot water anytime and anywhere. It can be used for various water-related tasks such as removing dirt, washing cars, cleaning brushes, metal painting, plastering work, tile work, and cleaning. To use it, simply insert it into a plastic bucket and turn on the electricity; it is also designed to be safe and not damage the bottom of the bucket. For more details, please contact us or refer to the catalog.

Far infrared heaters are highly efficient and exhibit the highest performance among heaters. They are resistant to chemicals (such as acids and gases) and are hygienic. Their good thermal efficiency allows for desired irradiation through proximity to dry materials. Compared to other heaters, far infrared heaters can directly irradiate infrared radiant heat onto the heated object, enabling internal penetration heating, excelling in thermal efficiency and operability. Additionally, the far infrared radiators use thermally and chemically stable special ceramics (black) and quartz (white). For more details, please contact us or refer to the catalog.

The high-temperature fluid heater 800X-1 discharges high temperatures in a short time and, unlike conventional hot air heating heater systems, has a separate gas source, making the heater unit extremely compact. Since it does not produce flames through combustion, it is very safe and clean. The heat source is supported by a special ceramic element made of quartz glass, resulting in a heater with extremely low thermal load. The hot air discharge section uses heat-resistant quartz glass. Please choose from six models according to the shape and installation of the heated object. By combining with a temperature controller, the hot air can be freely set. We also accept custom orders for non-standard and modified shapes, voltages, and capacities. For more details, please contact us or refer to the catalog.

The high-temperature cartridge heater manufactured by Ramarod is a high-watt density (W/cm²) cartridge heater that enables long life even at high temperatures, as a result of years of research. It uses Incoloy material for the sheath and has Incoloy end discs welded at the cartridge heater terminals, with the mouth treated with LavaSeal (special volcanic sealing), allowing for uniform and precise heating at medium and low temperatures, as well as maintaining a continuous sheath surface temperature of up to 800°C. The RAMAROD cartridge heater meets the strict regulations of various industries and institutions, and its production process complies with both state and federal regulations in the United States, as well as being approved by NASA, the space industry, and the nuclear industry. Additionally, except for special order specifications, it is designed to meet the standards of NEMA (National Electrical Manufacturers Association) and the Electrical Appliance Control Law. For more details, please contact us or refer to the catalog.

The lamp heater can control the density of the emitted energy arbitrarily by adjusting the voltage. It is also possible to control the temperature by adjusting the position of the heated object up and down. After turning on the power, it can instantly reach over 90% of the operating temperature of the lamp heating element, allowing for rapid heating of the irradiated object. Additionally, after turning off the power, it can drop to below 10% of the operating temperature of the lamp heating element almost instantly. Since it is a unit that utilizes radiant energy, it allows for non-contact heating. There is no concern about contaminating the target object or the environment, and clean heating can be performed regardless of the heating atmosphere, whether in the air or in a vacuum. The lamp heater is designed to be suitable for various applications and is compact, requiring minimal installation space. In the heater unit, by flowing a reducing gas through the gas inflow port, it is possible to heat the irradiated object's surface without oxidation. For more details, please contact us or refer to the catalog.

Band heaters/plate heaters are highly efficient, thin heaters that insulate nichrome wire with heat-resistant mica plates and are covered with heat-resistant metal (stainless steel or bonded steel plates) on the outer circumference. Band heaters are the most commonly used tubular heaters in plastic molding machines such as extrusion molding machines and injection molding machines. Additionally, plate heaters (space heaters) are flat heaters with the same structure as band heaters, used for heating plates and flat molding. For more details, please contact us or refer to the catalog.

The Balkan Infrared Heater contributes to energy savings with its compact design for heating and drying devices. We offer three types: V-1, V-2, and V-3. For more details, please contact us or refer to the catalog.

There are two types of heater shapes (cross-sections): SQUARE TYPE "4.8x4.8" and "4.3x4.3", and three types of CIRCLE TYPE "Φ3.2", "Φ4.2", and "Φ5.2", making a total of five types. Both types are heaters with enhanced filling density of high-temperature magnesia (insulating material), allowing them to be used at high temperatures of up to 600°C, resulting in a long lifespan and excellent reliability. The SQUARE TYPE has a flat shape, which allows for excellent adhesion to molds, quick heat conduction, and minimal heat loss, making it an efficient heater. Additionally, the CIRCLE TYPE is an excellent heater for heating in tight spaces due to its compact design. It can be used at high temperatures and has a long lifespan, providing high added value that ultimately leads to cost savings. Furthermore, the area between the heating section that is in contact with the mold and the exposed sleeve is a non-heating section, making it a safer, highly insulated, and long-lasting heater. For more details, please contact us or refer to the catalog.

The season heater, developed independently by Kashima Co., Ltd. using a unique ultra-high-pressure hydraulic press molding method, features characteristics such as stabilization of electrical capacity, uniform temperature distribution, and improved insulation performance and thermal conductivity due to the densification of internal heat-resistant insulating powder, compared to conventional rotary forging molding methods. Additionally, this molding method allows for easy shaping of various cross-sections, including circular, triangular, hexagonal, oval, and semicircular. We also offer a variety of products including bushing-type season heaters, immersion-type season heaters, plug-type season heaters, flange-type season heaters, special plug-type season heaters, waterproof season heaters, and fin-type season heaters. For more details, please contact us or refer to our catalog.

The thermostat PTSC-090C can be easily mounted on a DIN rail. It can be easily connected via the connection terminals. It can be used for temperature control in control panels, aging rooms, etc. It can be used as a temperature control switch when connected to heating devices such as space heaters or cooling fans (ventilation fans). The size is 88x60x48, the set temperature range is 0 to 90°C, the contact capacity (resistive load) is 16A/AC220V, the return temperature difference is approximately 4°C, and the body heat resistance is 100°C. For more details, please contact us or refer to the catalog.

The thermostat ITS-050L is a "liquid expansion thermostat" that uses the expansion of liquid to open and close contacts. It can be easily hung on a wall or secured with screws. With lead wires available, it can be easily connected to heaters or fans (ventilation fans). The size is 121 x 87 x 60 mm, the set temperature range is 0 to 50°C, the contact capacity (resistive load) is 16A/AC220V, the reset temperature difference is approximately 4°C, and the body heat resistance is 100°C. For more details, please contact us or refer to the catalog.

This is a notice about "800X-1" from Kashima Corporation.

This is a heater that efficiently and long-lastingly emits infrared rays, boasting excellent heating effects from various shapes of heaters such as pipe-type and plate-type.

Due to the shift to lead-free solder, durability against corrosion and other factors for sheath heaters is required. In response to this demand, our company is taking a phased approach. This includes careful selection of sheath materials, coating the sheath, increasing the number of sheath tubes (not just layering them but also reducing the diameter for better adhesion), and manufacturing sheath heaters that incorporate all of these features. As a result, sheath heaters that previously had a lifespan of three months due to corrosion-related failures have now been extended to over one year (compared to our previous models). These sheath heaters have received tremendous acclaim from various sectors.

This heater efficiently emits infrared radiation with excellent heating effects from various shapes such as pipe-type and plate-type. 【Features】 Far infrared heaters are the most efficient heaters compared to others, capable of directly radiating infrared radiant heat to the object being heated for internal penetration heating, excelling in thermal efficiency and operability. Additionally, the far infrared radiators use thermally and chemically stable special ceramics (black) and quartz (white).

This is a heater designed to be inserted into a hole provided in a metal part. It is used not only for mold heating in plastic processing machines but also in automatic packaging machines and other applications. 【Features】 ● The heater itself is sufficiently electrically insulated and has a structure that allows for safe use. However, as a characteristic of the insulating material, its insulation properties may decrease at high temperatures or deteriorate due to moisture absorption in high-humidity environments. To address the issue of insulation degradation, we have developed a revolutionary cartridge heater that uses "water-repellent magnesia" to solve the problem of insulation reduction caused by moisture absorption.

"Tracitt 600A" is a non-metallic, inorganic cement with high thermal conductivity on the surface of the putty. Usage and Effects: When applied to the thickness where the heater is embedded, the heater will achieve full contact under the same conditions, allowing for efficient and uniform heating. The thermosetting cement after application hardens to a strength comparable to concrete, and there is no concern about a decrease in properties even after repeated heating and cooling.

Cartridge heaters are products that are often used for mold heating in injection molding machines. For users who are struggling with inconsistent mold temperatures, we propose cartridge heaters with excellent heat uniformity. These uniform heat cartridge heaters can also be finely adjusted to match the user's specific usage. Additionally, for users who require ultra-high temperature specifications, we offer heaters that can minimize the clearance with the mold to an extreme level. The outer diameter tolerance of the heaters can be accommodated up to ±0.02 mm. Furthermore, all our products are made to order, and we can accommodate quantities starting from one piece. 【Features】 ■ High insulation performance using "water-repellent magnesium" ■ Capable of high power density (up to 30W/cm²) ■ High precision tolerance for heater outer diameter (±0.02 mm) ■ Excellent heat uniformity ■ Custom manufacturing tailored to user specifications

The "PTC Heater" utilizes semiconductor ceramics primarily composed of barium titanate, allowing for the arbitrary setting of the Curie temperature based on material composition. To maintain control functionality as a characteristic of the element, external control is unnecessary. Additionally, for heating targets that could potentially lead to dry burning or ignition, a certain level of risk management is possible. 【Features】 ■ No need for temperature adjustment, enhancing both space and time efficiency ■ Self-regulating function suppresses excessive heat generation ■ Reduces unnecessary power consumption, making it economical ■ Compact design ■ Active in a wide range of industries including beauty, healthcare, and home appliances *For more details, please download the PDF or feel free to contact us.