Products
Paper Chart Temperature Recorder
The MIK-R1000 Paper Chart Temperature Recorder is a high-precision industrial measurement instrument designed for continuous monitoring and recording of temperature and other process variables. This industrial data recorder uses a paper printing system to provide a physical, unalterable record of measurements, making it an ideal solution for applications requiring traceability and regulatory compliance. The MIK-R1000 is a versatile temperature chart recorder, capable of accepting a wide range of input signals, including standard current, voltage, RTD (Thermal Resistor), and thermocouples, ensuring its adaptability to various environments and sensors. Its robust design and intuitive interface position it as an essential tool for process control and data security in multiple sectors.
Multifunctional Machine for Electric Heaters
The Multifunctional Machine MFH-01 represents the cutting edge in heater element production automation. Specifically designed by and for heater manufacturers, this integrated unit allows for drastic optimization of industrial processes, reducing operational costs and maximizing plant efficiency. The MFH-01 is a high-precision, automated workstation conceived to integrate multiple critical stages in the tubular heater lifecycle. Its modular architecture consolidates operations that traditionally required multiple machines and operators into a single, continuous, and controlled workflow. It is the definitive solution for companies seeking high-quality, high-volume production with minimal human intervention.
Pure Nickel Wire
Pure Nickel Wire is a high-quality metallic material, recognized for its exceptional purity and unique properties. This product is manufactured mainly in grades such as Nickel 200 and Nickel 201, which correspond to the designations UNS N02200 and UNS N02201, respectively. Characterized by a purity of 99.6% (or up to 99.9% depending on the specific standard and grade, even reaching 99.99% in its purest forms), this wire is fundamental in applications where corrosion resistance and electrical properties are critical. Its composition guarantees superior resistance to alkaline corrosion, high thermal conductivity, and low electrical resistivity, making it an optimal choice for demanding environments and precision components.
Phlogopite Mica Tape
Phlogopita Mica Tape is a high-performance insulating material, specifically designed to offer exceptional fire resistance and thermal resistance up to 950°C – 1000°C. Manufactured from high-quality phlogopite mica, this tape consists of layers of mica adhered to a glass fiber reinforcement backing and, in some cases, a polyethylene film or polyester film, using a high-temperature silicone resin as a binder. Its multi-layer structure guarantees superior integrity under extreme conditions, making it a critical component for the protection of critical circuits in electrical and electronic systems. It is a halogen-free product, which ensures that, in case of fire, no toxic or corrosive fumes are generated, contributing to safety in sensitive environments.
LCD-S Type Fan-Shaped Flexible Ceramic Pad Heater
This custom industrial heater is essential in sectors where standardization is not an option, such as the manufacturing of specialized components, the aerospace industry, automotive, and precision metallurgy. With the ability to operate at temperatures up to 1000°C, the LCD-S flexible ceramic heater is a robust solution for high-temperature heat treatment, including weld preheating, annealing, normalizing, and quenching. The ability to design the voltage and power in direct proportion to the size of the workpiece ensures optimal energy efficiency and superior thermal performance, positioning it as a high-value flexible ceramic heater for critical applications.
LCD-Q Ceramic Pad Heater (Split Heater)
This ceramic pad heater is a fundamental tool in industries such as petrochemical, power generation, construction, and industrial maintenance, where the integrity of pipe welds is critical for operational safety and efficiency. With a maximum operating temperature of 750°C, the LCD-Q model is perfectly suitable for a wide range of heat treatment processes, including welding preheating, annealing, and post-weld heat treatment (PWHT). Its adaptable design and the variety of available sizes make it compatible with a wide range of pipe diameters, offering a precise and reliable heating solution.
LCD-Z Internal and External Angle Ceramic Heater
The LCD-Z Flexible Ceramic Heater is an industrial heater of innovative design, specifically conceived for the local preheating and heat treatment of right-angle welds in various steel structures. This belt-type heater is distinguished by its ease of installation and its ability to adapt to complex geometries, thanks to its configuration as an internal and external right-angle heater. It incorporates high-quality insulating material and a robust outer casing that guarantee efficient and safe thermal performance. It is an essential solution for welding engineering that seeks to optimize the quality and durability of joints, minimizing residual stresses and structural defects.
Internal Frame Ceramic Pad Heater LH-KJS
This high-temperature industrial heater is an indispensable tool in welding engineering and pressure vessel manufacturing. With a capacity to reach temperatures of up to 1050°C, the LH-KJS model is positioned as one of the most robust and reliable industrial ceramic pad heaters on the market. Its main application focuses on the internal heating of large-volume structures, such as spherical tanks and large pressure vessels, where thermal uniformity is critical. The inherent flexibility of its design allows for optimal adaptation to various geometries, making it a versatile solution for custom heaters in large-scale projects.
LCD-X Magnetic Ceramic Pad Heaters
The LCD-X Magnetic Ceramic Pad Heater is an advanced engineering solution specifically designed for weld preheating and post-weld heat treatment (PWHT) of large metallic structures. Unlike conventional heaters, this model integrates powerful steel magnets into its structure, enabling instantaneous adsorption onto ferrous surfaces without the need for bolts, straps, or complex mechanical fastening systems. Its crawler-type design grants it exceptional flexibility, allowing the heating element to perfectly conform to the curvature of tanks, gas spheres, ship hulls, and large-diameter pipes, ensuring uniform and efficient heat transfer.
Constant Power Electrical Heat Trace
Emerson’s NC Series Constant Power Heating Cable is a robust and reliable solution designed for temperature maintenance and freeze protection in a wide variety of industrial applications. This type of Electrical Heat Trace or Electrical Tracing is characterized by its ability to provide a constant power output per linear meter, regardless of ambient temperature or the element to be heated. This differentiates it from self-regulating cables and makes it ideal for applications where predictable and uniform heat input is required. Manufactured with high-quality materials, the 220V Heating Cable (and other voltages such as 120V) is designed to be cut to length on site, facilitating its installation and adaptation to the specific lengths of pipes or equipment. Its durable construction ensures optimal performance even under demanding operating conditions, making it a preferred choice for Industrial Process Heating.
Self-Regulating Electrical Heat Trace
Medium-Temperature Self-Regulating Electrical Heat Trace Cable is an advanced and efficient solution for thermal control in a wide range of industrial and commercial applications. This self-regulating cable is designed with a special conductive polymer and two parallel metal conductors, encapsulated in a protective insulating layer. Its most outstanding feature is the ability to automatically adjust its power output in response to changes in the temperature of the environment or the element to be heated. This makes it an ideal electric heat trace for maintaining specific process temperatures or for freeze protection. Unlike conventional heating systems, this heating cable does not require complex thermostats along its entire length, simplifying installation and reducing operating costs. It is one of the most versatile solutions among the industrial heating cables available on the market, offering reliable and safe performance.
Mineral Insulation (MI) Heating Cable
The Mineral Insulation (MI) heating cable, also known as MICC cable or pyrotechnic cable, represents the most robust and reliable solution for industrial heat tracing and process heating applications in highly demanding environments. These fire-resistant electrical cables are designed to operate safely and efficiently under extreme conditions of temperature, pressure, and exposure to corrosive agents, where other heating solutions would fail. Its unique construction, consisting of one or two nickel-chromium alloy conductors, is perfectly centered and compacted within a seamless metal sheath (available in 304 stainless steel or Inconel 825 alloy) and insulated by high-purity magnesium oxide (MgO) powder. This structure of metal-clad copper cables (although the conductor is an alloy) not only provides exceptional resistance to fire and moisture but also guarantees uniform heat transfer and superior mechanical stability throughout its entire service life.