Electric heating - Import export

Electrical Surface Heating that brings heat to cold areas – for cold storage and cooling chambers as well as industrial plants and open spaces.

Electrical heat tracing systems are used in all industrial sectors in order to heat up products in pipelines and vessels to maintain temperatures or to avoid freezing of the product. This type of heating offers several advantages It is highly flexible and adaptable to fulfil the specific customer requirements and ensures the effective and economic utilization of the input energy. Our customers appreciate the high accuracy of temperature control and the low maintenance costs. We offer harmonized components, engineering, delivery and installation from a single source.

Our fields of expertise are in areas where processes are influenced by temperature changes. We act as a reliable partner always there where electric heating technology, integrated with functional process control, requires high operational safety.

The latest version of heating controller UNIPLEX made by Klöpper Therm again satisfies with development competence and future oriented technology in one device. Especially designed for the control and monitoring of electric heating systems, it combines several functional elements in one device. Temperature controller, safety temperature limiter and current regulator are arranged in a space saving way on a 19” plug in board in European standard size.

The dipping system which is one of the other methods is produced with a robot or crane controlled. The systems are equipped with the most efficient heating, ventilating and PLC control equipment. In our dipping lines manufacturing, AISI 304- AISI 316 stainless sheets of steel and polypropylene are used. The system should be selected according to the shape of the part, the area to be used and the corrosion resistance. Some chemicals which are used for surface cleaning must be applied hot. Due to this situation, our company produces cold dipping lines as well as natural gas heated, electric heated, liquid fuel heated and water heated dipping pre-treatment lines according to the energy source that is planning to be used.

Most of the consumption was for heat production, accounting for 61.8%. Pellet consumption for heating can be further divided into three markets – residential heating (69%), commercial heating (19%) and heat generated by CHP (12%). The remaining 38.2% of wood pellets were used to generate electricity. It should be noted that technologies for producing energy from pellets for heating, electricity, or both are mature, offering efficient and reliable processes.

The majority of consumption went to heat production, corresponding to 61.8%. Pellet consumption for heating can be further divided into three markets – residential heating (69%), commercial heating (19%) and heat generated from cogeneration (12%). The remaining 38.2% of wood pellets were used for power generation. It should be noted that the technologies for the production of energy from pellets for heat, electricity or both are mature and offer efficient and reliable processes.

Most of the consumption was for heat production, accounting for 61.8%. The consumption of pellets for heat can be divided into three markets – domestic heating (69%), commercial heating (19%) and heat produced by CHP (12%). The remaining 38.2% of wood pellets were used to generate electricity. It should be noted that technologies for energy production from pellets for heat, electricity or both are mature, offering efficient and reliable processes. Wood pellets

Most of the consumption was directed to the production of heat energy, accounting for 61.8%. The consumption of pellets for heat energy can be divided into three markets – residential heating (69%), commercial heating (19%) and heat generated by cogeneration (12%). The remaining 38.2% of wood pellets were used for energy production. It should be noted that technologies for energy production from pellets for heat, electricity or both are mature, offering efficient and reliable processes. Order wood pellets 6mm.

The majority of consumption went to heat production, which represented 61.8%. Pellet consumption for heat can further be divided into three markets – residential heating (69%), commercial heating (19%) and heat generated from cogeneration (12%). The remaining 38.2% of wood pellets were used for power generation. It should be noted that the technologies for producing energy from pellets for heat, electricity or both are mature and offer efficient and reliable processes. Three pellets

Wood pellet consumption in Europe: Most of the consumption was for heat production, accounting for 61.8%. The use of pellets for heat can be further broken down into three markets – residential heating (69%), commercial heating (19%) and CHP heat (12%). The remaining 38.2% of the wood pellets were used for energy production. It should be noted that technologies for generating energy from pellets for heat, electricity or both are mature, offering efficient and reliable processes.

The majority of consumption was aimed at the production of heat, which represents 61.8%. The consumption of heat pellets can be further divided into three markets – household heating (69%), commercial heating (19%) and heat produced from CHP (12%). The remaining 38.2% of wood pellets were used for energy production. It should be noted that pellet energy generation technologies for heat, electricity or both are mature and offer efficient and reliable processes. Wooden pallets.

Most of the consumption was destined to the production of heat, which represents 61.8%. The consumption of pellets for heat can be divided into three markets: residential heating (69%), commercial heating (19%) and heat generated from CHP (12%). The remaining 38.2% of wood pellets was used for energy production. It should be noted that technologies to produce energy from pellets for heat, electricity, or both, are mature and offer efficient and reliable processes. Wood pellets A1.

The majority of consumption went to heat production, accounting for 61.8%. The consumption of pellets for heating can be divided into three markets: residential heating (69%), commercial heating (19%) and heat produced from cogeneration (12%). The remaining 38.2% of wood pellets were used for power generation. It should be noted that technologies to generate energy from pellets for heating, electricity or both are well established and offer efficient and reliable processes.

Most of the consumption went to heat production, accounting for 61.8%. Pellet fuel consumption for heat production can be divided into three markets – residential heating (69%), commercial heating (19%) and heat produced by cogeneration (12%). The remaining 38.2% of wood pellets were used for electricity production. It should be noted that technologies for energy production from pellets for heat, electricity or both are mature, providing efficient and reliable processes. Wood pellets 6mm

Most of the consumption is for heat production – 61.8%. The consumption of pellets for heat can be further divided into three markets – residential heating (69%), commercial heating (19%) and heat produced from cogeneration energy (12%). The remaining 38.2% of wood pellets were used for energy production. It should be noted that technologies for energy production from pellets for heat, electricity or both are mature and offer efficient and reliable processes. Buy wood pellets 6mm.

consumption : The majority of consumption, 61.8%, was for heat generation. Pellet consumption for heating can be further subdivided into three markets: residential heating (69%), commercial heating (19%) and CHP heating (12%). The remaining 38.2% of the wood pellets were used to generate electricity. It should be noted that the technologies for generating energy from pellets for heat, electricity or both are mature and offer efficient and reliable processes.

Cogeneration or combined heat and power (CHP) is the use of a heat engine or power station to generate electricity and useful heat at the same time. Trigeneration or combined cooling, heat and power refers to the simultaneous generation of electricity and useful heating and cooling. Containers (for cogeneration and trigeneration systems) is a high-quality unit which can be deployed where economical and speedy installation is required. Generator, compressor etc. in order to reduce the disturbing sound pollution emitted by sound generating devices to the desired values by the customer, in-room sound ins4ulation, sound dampening tapes, stalactical sound cutters etc. production and assembly.

Considering combined energy production systems are considered, only systems where heat and electricity production are made simultaneously are called cogeneration systems. In cogeneration systems; The heat energy, which is the side output of the electricity production system, is evaluated. As a result, since losses are greatly reduced, fuel consumption is significantly reduced and profitability based on energy efficiency emerges.

With our textile-based electric elements we offer a better solution for surface heating in comparison to classic silicone heater. Our elements heat up to 200°C, and they are lightweight and cost-efficient. We are capable of manufacturing components of sizes up to 2.140 x 1.800 mm. Please contact us to receive an offer.

Screw-in heaters are versatile and intended for heating liquid media in industrial and commercial applications. When selecting, the specific surface load permitted for the respective medium must be observed and checked by the customer. EHK G1 1/2 are mainly used to heat water and aqueous solutions. 3 tubular heating elements ø 8,5mm made of stainless steel 1.4404 resp. Incoloy 825 brazed in G1 1/2″ thread made of brass (lead free) or stainless steel. Connection to 230/400 V3 (N), rotatable stainless steel terminal box. Use e.g. in washing machines, dishwashers, tempering equipment, laboratory equipment. The heaters are also suitable for water heating with photovoltaics, primarily the EHK G1128xxx series. Combination with all common PV controls possible, stepless power output. Type EHK G112-A with built-in thermostat 0-95°C Type EHK G112-AB with built-in thermostat/limiter 30-80°C / 100°C Type EHK G112-U without integrated control unit

Schultze RiRo heaters are your solution for industrial and commercial heating appliances: dust- and watertight, corrosion-resistant, flexible and uncomplicated to install. Suitable for damp locations and rough industry environment, for reliable and efficient heating – often unnoticed, but indispensable. With these heaters the excess temperature touching the top of the fins does not exceed 67K (difference of 67°C to room temperature).

Embro is a German manufacturer of textile-based heating elements and pads. The elements are highly flexible, lightweight, and they are ideal for all kinds of mobile heating solutions such as: > car seat heaters > steering wheel heaters > heating elements for garments (jackets, gloves, ...) Furthermore, our elements are often used in infrared heating panels, too. Do not hesitate to contact us for further information.