Reliable Heat Transfer Solutions for Industrial Applications
Engineered for reliability and efficiency—solutions you can trust across industries.
Micromix: Your Local Partner for Eltherm Trace Heating Solutions
Self-Regulating Heating Cables – automatic output adjustment for safe and efficient freeze protection.
Parallel Resistance Constant-Wattage Cables – reliable and uniform heat output, cut-to-length flexibility.
Mineral-Insulated (MI) Heating Cables – extreme durability for high-temperature and harsh environments.
Flexible Resistance Heating Tapes & Cables – versatile solutions for process heating and equipment.
Accessories & Controls – junction boxes, thermostats, sensors, and Eltherm Designer software.
Micromix offers the full range of Eltherm heating technologies:
Eltherm – Reliable, Energy-Saving Heat Tracing Made in Germany
Founded in Germany over 30 years ago, Eltherm has become a global leader in electrical heat tracing solutions. What sets Eltherm apart is the combination of German engineering quality, energy-saving self-regulating technology, and one of the widest product ranges on the market — from self-regulating and constant-wattage cables to mineral-insulated solutions for extreme environments. Customers benefit from long-term reliability, precise temperature control, and lower operating costs, making Eltherm a trusted partner compared to other major brands.
Eltherm ELP/PFA
Parallel trace heaters with resistance wire
PFA insulation and outer jacket
Max. temperature: 260 °C
Max. maintaining temperature: 200 °C
Power output: 15–60 W/m
Constant wattage output per meter
Voltage: 230 V AC (up to 277 VAC)
Flexible, min. bending radius: 25 mm
Installation/start-up: down to –45 °C
Applications: pipelines, valves, pumps, silos, vessels, industrial processes
Ex-approved
Technical Specification
Explore our detailed product specifications and expand your technical knowledge of advanced electric heat tracing solutions for pipelines, vessels, tanks, and process equipment in industrial applications.
General Operation
Eltherm heating cables should be used with appropriate measuring and control systems to ensure safety and efficiency. Alternatively, self-regulating cables can provide automatic power adjustment without external controls. Heat is generated by electrical current flowing through a resistance wire; therefore, current and voltage must always remain within safe limits to avoid exceeding the temperature ratings of the conductor and insulation.
Benefits
Constant power output per meter ensures uniform heating performance
Can be cut to length for maximum design flexibility
Simplified installation with single-end power input—no need for return tails
Durable and long-lasting thanks to high temperature-resistant PFA and robust construction
High resistance to chemicals, UV, and moisture—suitable for harsh environments
Allows installation without precise measuring, saving time and effort
Available Options upon Request
Bus wire cross-section: 2 × 4.0 mm² for higher current capacity
277 VAC operation for 15, 30, and 45 W/m models
Different nominal outputs: 15, 30, 45, and 60 W/m (“BOT” series)
Certification and termination kits/accessories, including splice and connection kits, termination caps, rated for 260 °C and Ex environments
Technical Specifications
Description
The Eltherm ELP/PFA is a constant-wattage trace heater using parallel resistance wire technology. It delivers uniform power output per meter and is engineered for high flexibility—cut-to-length directly off the roll, with single-end power input, simplifying design and reducing installation time and cost.
Function
This cable maintains consistent heating performance across its length, ideal for industrial process piping where up to 60 W/m heat output is required. Its design allows quick deployment without the need for tail connectors, and it’s suitable for demanding environments.
Features / Technical Data
Nominal operating temperature: up to 260 °C
Max. maintaining temperature: 200 °C
Nominal voltage: 230 VAC (up to 277 VAC for 15, 30, 45 W/m versions)
Nominal outputs: 15, 30, 45, and 60 W/m
BOT Version as Braid + Outer Fluoropolymer Jacket
Construction: insulation + protective braid + fluoropolymer outer jacket
Single-end power input – simplifies termination and assembly
Cut-to-length from roll, heating zones defined by contact spacing
High chemical resistance, due to fluoropolymer (PFA) insulation and outer jacket
UV-resistant and moisture-proof – suitable for exposed applications
Minimum bending radius: 25 mm
Bus wire cross-section: standard 2 × 1.5 mm², with 2 × 4.0 mm² option available on request
Installation & start-up temperature: down to –45 °C (–60 °C depending on specification)
Industries and Applications
Valves and pumps – freeze protection and process temperature control
Pipelines – industrial process heat tracing
Food Processing Industry – hygienic and chemical-resistant trace heating
Paper Industry – moisture-proof heating in manufacturing systems
Building Construction – freeze prevention on heating systems and infrastructure
Industrial process technology requiring high output – up to 60 W/m
The heating cable consists of individual heating zones defined by the contact spacing and can be cut to the required length in full multiples of this spacing. Each cut interrupts the heating circuit at the next contact point, with the resulting non-heating section usable as a cold lead. For accurate circuit design, an additional length equivalent to one contact spacing should be included for each planned heating circuit.
Eltherm ELP/FEP
Parallel trace heaters with resistance wire
FEP insulation and outer jacket
Max. temperature: 200 °C
Max. maintaining temperature: 195 °C
Power output: 15–60 W/m
Constant wattage output per meter
Voltage: 230 V AC
Flexible, min. bending radius: 25 mm
Installation/start-up: down to –45 °C
Applications: pipelines, valves, pumps, silos, vessels, chemical-resistant applications
Ex-approved
Technical Specification
Explore our detailed product specifications and expand your technical knowledge of advanced electric heat tracing solutions for pipelines, vessels, tanks, and process equipment in industrial applications.
General Operation
Eltherm heating cables should be used with appropriate measuring and control systems to ensure safety and efficiency. Alternatively, self-regulating cables can provide automatic power adjustment without external controls. Heat is generated by electrical current flowing through a resistance wire; therefore, current and voltage must always remain within safe limits to avoid exceeding the temperature ratings of the conductor and insulation.
Benefits
Constant power output per meter ensures uniform heating performance
Can be cut to length for maximum design flexibility
Simplified installation with single-end power input—no need for return tails
High chemical, moisture, and UV resistance
Long service life in demanding industrial environments
Allows installation without precise measuring, saving time and effort
Available Options upon Request
Bus wire cross-section: 2 × 2.0 mm² for higher current capacity
Certification and termination kits/accessories, including splice and connection kits, termination caps, rated for 260 °C and Ex environments
Technical Specifications
Description
The Eltherm ELP-FEP is a constant-wattage parallel resistance trace heating cable designed for reliable temperature maintenance and freeze protection in demanding industrial environments. Its FEP insulation and outer jacket ensure excellent chemical resistance, moisture protection, and long service life, while the cable can be cut to length from the roll for flexible installation.
Function
The ELP-FEP provides uniform heating along its entire length, with constant power output per meter. The cable operates efficiently in a wide temperature range and is suitable for both indoor and outdoor applications. Its single-end power input design simplifies installation and reduces material and labor costs.
Features / Technical Data
Nominal operating temperature: up to 200 °C
Maximum maintaining temperature: 195 °C
Nominal voltage: 230 VAC
Nominal outputs: 15, 30, 45, and 60 W/m
BO version as Braid + Standard Outer Jacket
Construction: insulation + protective braid + thermoplastic/fluoropolymer jacket
Single-end power input – simplifies termination and assembly
Cut-to-length from roll, heating zones defined by contact spacing
High chemical resistance, due to fluoropolymer (FEP) insulation and outer jacket
UV-resistant and moisture-proof – suitable for exposed applications
Minimum bending radius: 25 mm
Bus wire cross-section: standard 2 × 1.5 mm², with 2 × 2.0 mm² option available on request
Installation & start-up temperature: down to –45 °C
Industries and Applications
Pipelines and process lines – temperature maintenance and freeze protection
Valves, pumps, and vessels
Chemical and petrochemical plants
Food processing and pharmaceutical industries
Paper and pulp production
Building construction – frost protection for critical infrastructure
Industrial processes requiring high chemical and moisture resistance
The heating cable consists of individual heating zones defined by the contact spacing and can be cut to the required length in full multiples of this spacing. Each cut interrupts the heating circuit at the next contact point, with the resulting non-heating section usable as a cold lead. For accurate circuit design, an additional length equivalent to one contact spacing should be included for each planned heating circuit.
Eltherm ELP/Si-F
Parallel trace heaters with resistance wire
Silicone insulation, fluoropolymer outer jacket for chemical resistance
Max. temperature: 200 °C
Max. maintaining temperature: 150 °C
Power output: 20–40 W/m
Constant wattage output per meter
Voltage: 230 V AC (400 V AC optional)
Flexible, min. bending radius: 25 mm
Installation/start-up: down to –70 °C
Applications: industrial refrigeration, food processing, harsh environments
Ex-approved
Technical Specification
Explore our detailed product specifications and expand your technical knowledge of advanced electric heat tracing solutions for pipelines, vessels, tanks, and process equipment in industrial applications.
General Operation
Eltherm heating cables should be used with appropriate measuring and control systems to ensure safety and efficiency. Alternatively, self-regulating cables can provide automatic power adjustment without external controls. Heat is generated by electrical current flowing through a resistance wire; therefore, current and voltage must always remain within safe limits to avoid exceeding the temperature ratings of the conductor and insulation.
Benefits
Easy and flexible installation, even in confined spaces
Reliable constant heat output per meter
Long service life due to robust silicone insulation and jacket
Single-end feed reduces wiring effort
Safe operation in industrial and outdoor environments
Maintains performance under extreme low-temperature conditions
Available Options upon Request
Alternative power outputs and voltages
Different braid materials (e.g., tinned copper, nickel-plated)
Customized contact spacing lengths
Special accessories for terminations, joints, and fixing
Approvals for specific hazardous area classifications
Technical Specifications
Description
The Eltherm ELP/Si-F is a parallel resistance, constant-wattage trace heating cable designed for reliable freeze protection and temperature maintenance in demanding industrial environments. Featuring a robust silicone insulation system combined with a protective braid and with or without outer jacket, the ELP/Si-F offers high flexibility, even at very low temperatures down to –70 °C, making it particularly suitable for applications where tight bending radii and dynamic installation conditions are required.
Function
The ELP/Si-F generates heat through a resistance wire connected in parallel, providing a constant power output per meter regardless of length. The cable can be cut to the required size in sections corresponding to the contact spacing, with single-end power input simplifying installation. Its durable silicone outer jacket ensures long service life under mechanical stress, while maintaining operational reliability up to 200 °C.
Features / Technical Data
Nominal operating temperature: up to 200 °C
Maximum maintaining temperature: 150 °C
Nominal voltage: 230 VAC or 400 VAC for 40 W/m B/BOT version
Nominal outputs: 20, 30, and 40 W/m
B version as Braid + Silicone Outer Jacket and BOT – Braid + Outer Fluoropolymer Jacket
Construction: insulation + protective braid + thermoplastic/fluoropolymer jacket
Single-end power input – simplifies termination and assembly
Cut-to-length from roll, heating zones defined by contact spacing
High chemical resistance, due to fluoropolymer outer jacket for BOT Version
UV-resistant and moisture-proof – suitable for exposed applications
Minimum bending radius: 25 mm
Bus wire cross-section: standard 2 × 2.0 mm²
Installation & start-up temperature: down to – 70 °C
Industries and Applications
Chemical and petrochemical industries
Food and beverage production
Pulp and paper industry
Building services and construction
Valves, pumps, and pipeline heating
Tanks, silos, and vessels requiring freeze protection or temperature maintenance
The heating cable consists of individual heating zones defined by the contact spacing and can be cut to the required length in full multiples of this spacing. Each cut interrupts the heating circuit at the next contact point, with the resulting non-heating section usable as a cold lead. For accurate circuit design, an additional length equivalent to one contact spacing should be included for each planned heating circuit.
Eltherm ELP/Si
Parallel trace heaters with resistance wire
Silicone insulation and outer jacket
Max. temperature: 200 °C
Max. maintaining temperature: 150 °C
Power output: 10–40 W/m
Constant wattage output per meter
Voltage: 230 V AC
Flexible, min. bending radius: 30 mm
Installation/start-up: down to –60 °C
Applications: pipelines, valves, pumps, silos, vessels
Ex-approved
Technical Specification
Explore our detailed product specifications and expand your technical knowledge of advanced electric heat tracing solutions for pipelines, vessels, tanks, and process equipment in industrial applications.
General Operation
Eltherm heating cables should be used with appropriate measuring and control systems to ensure safety and efficiency. Alternatively, self-regulating cables can provide automatic power adjustment without external controls. Heat is generated by electrical current flowing through a resistance wire; therefore, current and voltage must always remain within safe limits to avoid exceeding the temperature ratings of the conductor and insulation.
Benefits
Constant power output per meter ensures uniform heating performance
Can be cut to length for maximum design flexibility
Simplified installation with single-end power input—no need for return tails
High reliability with durable silicone insulation and jacket
Maintains flexibility and performance in very low ambient conditions
Long service life with robust construction
Available Options upon Request
Certification and termination kits/accessories, including splice and connection kits, termination caps, rated for 200 °C
Technical Specifications
Description
The Eltherm ELP/Si is a constant-wattage trace heating cable using parallel resistance wire, fully insulated with silicone. It delivers reliable performance in demanding applications, offering excellent flexibility and moisture protection. Designed to maintain high temperatures while allowing for installation even under cold ambient conditions.
Function
The ELP/Si provides uniform heat per meter along its length with single-end power input. It can be cut off the roll in multiples of its contact spacing. The design allows for efficient temperature maintenance and freeze protection in pipelines, valves, vessels, and other systems, with the ability to withstand operations in cold start-up and low ambient temperatures.
Features / Technical Data
Nominal operating temperature: up to 200 °C
Maximum maintaining temperature: 150 °C
Nominal voltage: 230 VAC
Nominal outputs: 10, 20, 30, and 40 W/m
BO version as Braid + Silicone Outer Jacket
Single-end power input – simplifies termination and assembly
Cut-to-length from roll, heating zones defined by contact spacing
Fully silicone insulation and outer jacket
Moisture-proof – suitable for exposed applications
Minimum bending radius: 30 mm
Bus wire cross-section: standard 2 × 1.5 mm²
Installation & start-up temperature: down to –60 °C
Industries and Applications
Pipelines and process lines for freeze protection and temperature maintenance
Valves, pumps, vessels, and tanks
Food and beverage processing environments
Paper and pulp industry
Building construction and infrastructure installations
The heating cable consists of individual heating zones defined by the contact spacing and can be cut to the required length in full multiples of this spacing. Each cut interrupts the heating circuit at the next contact point, with the resulting non-heating section usable as a cold lead. For accurate circuit design, an additional length equivalent to one contact spacing should be included for each planned heating circuit.
Connection technology for ELP heating cables
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eltherm ELVB-ELPA-1-25
Connection set for ELP/PFA - Operating temperature up to 70 °C, IP 66
eltherm ELVB-ELPA-2-25
Connection set for ELP/Si and /Si-F - Operating temperature up to 70 °C, IP 66
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eltherm ELVB-ELPEx-25
eltherm ELVB-ELPEx-20
Connection set for ELP/PFA - Operating temperature up to 180°C, IP64, Device class according to ATEX
eltherm ELVB-SRV-ELP
Connection Set for ELP/Si, /Si-F, /FEP & /PFA - offers a simple and effective solution for quickly connecting an ELP heating cable to another ELSR heating cable or a connection cable.
End Termination Set for ELP/PFA - Operating Temperature up to 200 °C
eltherm EL-ECP1
eltherm EL-ECP2
End Termination Set for ELP/Si & /Si-F - Operating Temperature up to 200 °C
eltherm EL-ECP+
End Termination Set for ELP/PFA - Operating Temperature up to 260 °C
End Termination Set for ELP/PFA - Operating Temperature up to 260 °C. Device class according to ATEX
eltherm EL-ECP-Ex
…for more details, specifications, and tailored solutions regarding thermal oil pumps, heat transfer systems, and high-temperature valves.
Etaline SYT
Dry-installed pump
Main Applications: Heat transfer systems and Hot water circulation
Connection type: Flange DN: 32 - 100
Max. flow rate: 316 m3/h
Max. head: 101 m
Max. allowed working pressure: 16 bar
Maximum allowable fluid temperature: 350 °C
Technical Specification
Explore our detailed product specifications and deepen your technical knowledge of advanced heat transfer equipment for handling thermal oils, hot water, and process fluids in industrial applications.
The Etaline SYT is equipped with the magnetless KSB SuPremE motor (efficiency class IE4/IE5) and the optional PumpDrive variable speed system, the Etaline SYT delivers maximum efficiency with modern digital control. The pump shaft and motor shaft are rigidly connected for robust performance. ATEX-compliant versions are also available for use in hazardous environments.
Benefits
High Temperature Reliability: Safe operation with mineral and synthetic thermal oils up to 350 °C
Maximum Operating Safety: Advanced KSB mechanical seals with multi-spring design and reliable venting technology
Safety Barriers: Optimised seal contour, confined sealing elements, and effective heat barrier for leakage protection
Energy Efficiency: Impeller trimming, variable speed operation, and high-efficiency motors (up to IE5) reduce operating costs
Versatile Applications: EN PN16 & ASME versions, ATEX compliance, marine certification (DNV GL), fan impeller option for efficient cooling
Ease of Maintenance: Replaceable wear rings and service-friendly back pull-out design allow maintenance without removing the casing from the piping
Available Options Upon Request
Special Materials: For aggressive or high-temperature process fluids
Custom Seal Systems: Single, double, or tandem seals with quench arrangements
ATEX Versions: For use in explosive atmospheres
Cooling Options: Fan impeller for additional cooling where required
Monitoring Interfaces: Vibration, leakage, and temperature sensors for predictive maintenance
Variable Speed Drives: Intelligent control with KSB PumpDrive frequency inverters
Etaline SYT – Technical Specifications
Description
The Etaline SYT is a single-stage, in-line volute casing pump designed for heat transfer systems and hot water circulation. Its compact in-line construction allows both horizontal and vertical installation, saving valuable space in industrial systems.
Function
The Etaline SYT provides reliable circulation of thermal oils and hot water at process temperatures up to 350 °C, ensuring stable heat transfer in continuous industrial duty. Its in-line design simplifies piping layouts while maintaining high hydraulic efficiency and safe operation under demanding thermal conditions.
Features / Technical Data
Pump Type: Single-stage in-line volute casing pump
Installation: Horizontal or vertical in-line design
Nominal Size (DN): 32 – 100
Flow Rate (Q): Up to 316 m³/h
Head (H): Up to 101 m
Operating Pressure (p): Max. 16 bar (PN 16)
Fluid Temperature (T): -30 °C to +350 °C
Connection Type: Flange
Drive Concept: Electric motor with variable speed control (PumpDrive optional)
Sealing: KSB mechanical seal with multi-spring arrangement, single or double options to EN 12756
Mains Frequency: 50 Hz / 60 Hz
Mains Voltage: 400 V / 460 V
Suction Behaviour: Non-self-priming
Compliance: EN PN16 and ASME standards; ATEX-compliant version available
WBHP - WBHT Series
Batch-Type Single-Shaft Industrial Mixers with Quick-Release Discharge Doors
Product discharge in the shortest time with minimal residue remaining.
Capacity: 165 ~ 20,000 litres per batch
Mixing ratio: 1/100,000
Variation coefficient (CV): between 3 and 5
Liquid addition: Up to 20%
End bearing assemblies: Air or nitrogen-purged shaft seals or grease sealing options
Heavy-duty mixing chamber: Manufactured from carbon steel, anti-wear steel, or 304L / 316L stainless steel
Stainless steel surface finishing: Grit silking, mirror polishing, glass bead blasting
Wide range of mixing tools: Boxed ploughshare, toothed ploughshare, blade, toothed blade-type (available with anti-wear coating upon request)
Technical Specification
Explore our detailed product specifications and enhance your technical understanding of equipment for handling and mixing powders, bulk solids, and liquids in industrial applications.
In addition to the standard features of WBH industrial mixers, the WBHP and WBHT models provide rapid product discharge with residue levels of less than 0.1%, depending on the product being mixed. The bomb-bay discharge mechanism is essential for applications where discharge time must be minimized.
For improved performance, high-speed choppers can be added, providing extra mixing action when needed.
Benefits
Short mixing time (1 ~ 4 min)
Maximum mixing homogeneity
Excellent reproducibility of batches
No product deterioration or damage
Low maintenance
Durable machine
Power rating adapted to application
Easy cleaning and access to all internal parts of the mixer
Mixing know-how and test facilities
Available Options Upon Request
Special anti-wear surface treatment (anti-wear liner, easily replaceable wear-resistant tile coating, ceramic liner, Teflon liner, stainless steel mesh)
High-speed choppers
Liquid injection device
Pneumatic sampling device
Pneumatic control panel
Heating/cooling jacketed mixing chamber
PT 100 temperature probe on jacketed mixing chamber
Technical Specifications
Description
The rapid-release discharge Industrial Batch Mixers of the WBHP type, featuring a 15° opening cross-section, and the WBHT type with a 60° opening, meet the highest customer requirements for quality mixing in batch processes focused on optimized efficiency. The full-length outlet opening of the mixing drum ensures nearly residue-free product discharge in the shortest possible time.
Function
WBHP / WBHT rapid-release discharge Industrial Batch Mixers are the ideal mixing machines for virtually all industries (building and construction, food, animal feed, chemicals, etc.), where the highest possible mixing quality and optimum productivity are essential.
WBH Batch-type Industrial Mixers are ideal for mixing dry powders, granules, or short fibers, as well as moistening, agglomerating, or granulating these materials, or for mixing liquids and low-viscosity pastes.
Features
Capacity: 165 ~ 20,000 litres per batch
Mixing ratio: 1/100,000
Variation coefficient (CV): between 3 and 5
Possibility of adding up to 20% of liquid
End bearing assemblies with various types of air or nitrogen-purged shaft seals or grease sealing
Heavy-duty mixing chamber manufactured from carbon steel, anti-wear steel, or 304L / 316L stainless steel
Stainless steel surface finishing: grit silking, mirror polishing, glass bead blasting
Wide range of mixing tools (boxed ploughshare, toothed ploughshare, blade, toothed blade-type), available with anti-wear coating on request
…for more details, specifications, and tailored solutions regarding thermal oil pumps, heat transfer systems, and high-temperature valves.
Etabloc SYT
Dry-installed pump
Main Applications: Heat transfer systems and Hot water circulation
Connection type: Flange DN: 25 - 80
Max. flow rate: 377 m3/h
Max. head: 99 m
Max. allowed working pressure: 16 bar
Maximum allowable fluid temperature: 350 °C
Technical Specification
Explore our detailed product specifications and deepen your technical knowledge of advanced heat transfer equipment for handling thermal oils, hot water, and process fluids in industrial applications.
The Etabloc SYT is equipped with the magnetless KSB SuPremE motor (efficiency class IE4/IE5) and the optional PumpDrive variable speed system, the Etabloc SYT ensures maximum energy efficiency and flexible operation. For motor sizes 0.55 kW / 0.75 kW with 1500 rpm, permanent magnets are used. An ATEX-compliant version is available for applications requiring explosion protection.
Benefits
High-temperature reliability – Designed for mineral and synthetic thermal oils up to 350 °C
Advanced sealing technology – KSB single mechanical seal with multi-spring arrangement and reliable venting during operation
Enhanced safety – Leakage removal contour, confined sealing elements, and effective heat barrier
Energy efficiency – Optimized hydraulic performance, impeller trimming, variable speed operation with PumpDrive, and motors up to IE5
Flexible application – EN PN16 & ASME compliance, ATEX-certified design, optional carbon plain bearings, and marine certification (DNV GL)
Service-friendly design – Back pull-out construction, replaceable casing wear rings, and forcing screws enable quick, low-cost maintenance
Available Options Upon Request
Double mechanical seals in tandem arrangement with quench system
KSB VenJet® venting technology for reliable operation
Leakage monitoring sensor for predictive maintenance
Fan impeller for additional cooling
Wide range of coupling options including cracked-joint design and double Cardan couplings
Custom material options for bearings and seals depending on fluid requirements
Etabloc SYT – Technical Specifications
Description
The Etabloc SYT is a single-stage volute casing pump designed for horizontal or vertical installation. Built with a back pull-out design, it features a radially split volute casing with integrally cast pump feet, replaceable casing wear rings, and a closed radial impeller with multiply curved vanes.
Function
The Etabloc SYT is engineered for reliable circulation of thermal oils and high-temperature hot water in industrial heat transfer systems. With advanced sealing and cooling options, it provides safe and efficient handling of fluids at temperatures up to 350 °C, ensuring process stability and extended pump life.
Features / Technical Data
Pump design: Volute casing pump, single-stage, back pull-out, horizontal or vertical installation
Nominal diameter (DN): 25 – 80
Flow rate (Q): Up to 280 m³/h (max. 337 m³/h)
Head (H): Up to 68 m (max. 99 m)
Nominal pressure: PN 16
Working pressure: ≤ 16 bar
Fluid temperature: –30 °C to +350 °C
Drive: With electric actuator; SuPremE motor (IE4/IE5), PumpDrive variable speed system
Frequency / Voltage: 50 Hz / 60 Hz; 400 V / 460 V
Shaft sealing: Single mechanical seal to EN 12756
Bearings: Product-lubricated carbon plain bearing; grease-lubricated radial ball bearing in motor housing
Compliance: EN 733; ATEX-compliant versions available
…for more details, specifications, and tailored solutions regarding heat tracing cables, heating tapes, heating hoses, and complete electric heat tracing systems.
Industry Sectors and Applications
Explore the diverse industry sectors and applications where our products provide reliable, efficient, and cost-effective solutions.
From manufacturing and agriculture to specialized industrial equipment, the wide range of high-quality products and solutions supplied by Micromix is designed to meet the unique demands of each sector, ensuring optimal performance and versatility.
Chemical & Petrochemical: Thermal oil circulation for reactors, distillation columns, polymerization units, and temperature control in sensitive chemical processes.
Oil & Gas / Refining: Hot oil heating for crude distillation, bitumen processing, tank heating, and catalyst regeneration units.
Pharmaceutical & Cosmetics: Precise thermal oil control in drying, mixing, and synthesis processes requiring stable high-temperature environments.
Plastics & Rubber: Mould and die heating, extrusion lines, and vulcanization with controlled hot water or thermal oil loops.
Textile & Paper: Thermal oil heating for calenders, dryers, coating machines, and corrugation plants ensuring uniform temperature distribution.
Food & Beverage: Indirect heating with thermal oil for frying, baking, evaporation, and sterilization processes requiring hygienic safety.
Wood & Construction Materials: Press heating in particle board, MDF, plywood, asphalt, and bitumen plants, ensuring stable process heat.
Energy & Power Generation: Heat transfer systems for biomass plants, CHP (combined heat & power), and district heating with thermal oil or hot water.
Marine & Offshore: Thermal oil heating for fuel oil treatment, tank heating, and steam replacement systems in ships and offshore platforms.
Metal & Foundry: High-temperature heating for casting, forging, surface treatment, and thermal oil circuits in metallurgical processes.
Heat Transfer Systems
Used in closed-loop thermal oil circuits to transfer heat efficiently and safely across industrial processes, ensuring stable high-temperature operation.Hot Water Circulation
Designed for recirculating hot water in heating and process systems, maintaining constant flow and temperature stability.Chemical & Petrochemical Processing
Ensures reliable transfer of hot oils and fluids in reactors, distillation, and thermal treatment units, even under demanding conditions.Power Generation
Applied in turbine lubrication, boiler feedwater preheating, and thermal oil systems for stable power plant operation.Oil & Gas Refining
Used in refineries for thermal oil heating, heat recovery, and safe circulation under ATEX-certified environments.Food & Beverage Industry
Provides precise heating with thermal oil or hot water for frying, baking, drying, and sterilization processes.Pharmaceutical & Cosmetics
Applied in temperature-controlled reactors, mixers, and dryers to ensure safe and consistent product quality.Marine & Offshore
Used for onboard thermal oil heating, hot water supply, and fuel treatment systems, certified to marine standards.Metals & Plastics Processing
Ensures controlled heating in die-casting, extrusion, molding, and surface treatment lines.
INDUSTRY SECTORS
APPLICATIONS
Product Features
Explore the key features of our product range, designed to ensure efficiency and reliability across a variety of applications.
Customer Success Stories
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