Used Melting Furnace for sale (1,149)

Condition: new, 7 pieces heating coil new for a melting furnace Fulmina SOU 20E, Technical data: Reversible element with connection ends Ø 10 x 270 mm power: 10.000 Watt Voltage: 220 Volt cold resistance: 4,60 (± 5%) Ohm wire diameter: 4,50 mm coil inner Ø: 29 mm leg length: 240 mm Number of legs: 3 x 8 pieces Wire quality: CrFeAl Y Isdped Tx A Eefx Ah Neht 3 heating coils are a complete set in this model (the pictures of the melting furnace serve the representation and show the model in which the heating coils were installed, they fit however also into other models with smaller or higher achievement, it changes only the number of pieces) immediately available from stock

Condition: good (used), Foundry4 Dosing Furnace TD1400DC Aluminium Melting Furnace Melting Furnace 850°C Capacity 1,400 kg Heating power 22 kW 4 units in stock Ihodpsxt Habjfx Ah Nst

Condition: reconditioned (used), Melting and casting furnace for aluminum and ZnAl. The furnace is after a general renovation, new lining, specialized painted, functional. The furnace capacity for aluminum is approximately 3,000 kg. Suitable for melting with a gas, oxygen or oil burner. Iedpfx Aeh Nycajh Njht

Condition: ready for operation (used), Year of construction: 1995, functionality: fully functional, machine/vehicle number: Seriennr.: 4046, Equipment: documentation/manual, Ingot casting belt 600 Zinc melting furnace ZSO 600 / 700 B Ihjdpfju S N Ahsx Ah Not

Year of construction: 2015, condition: new, rotary drum dimensions: length: 6000 mm Ihsdpfecmxzisx Ah Net inside: Ø 1600 mm outside: Ø 2280 mm max. temperature: 1200 ° C heating: gas eating power 2700 kW melting capacity: 6000 kg / h The plant consists mainly of: - furnace - hydraulic power pack and tilting mechanism - heating system - carousel with molds - charge box - measuring and control system

Year of construction: 2014, condition: excellent (used), functionality: fully functional, Foundry electric induction melting furnace for melting of: - Steel - iron - aluminum - copper - brass - Bronze Ihsdpfx Aholxnlfe Net TECHNICAL DETAILS Nominal power: 1 ton Temperature: 1700 °C Transformer capacity: KVA 800 Year of manufacture transformer: 2014 High voltage: 10 +- 2 x 2,5% kV current: 41,86 / 38,97 - 23,89 A Low voltage: 840 - 105 V Current: 464 - 275 A EQUIPMENT / SCOPE OF DELIVERY Hydraulic tilting Water cooling system

Condition: new, Year of construction: 2025, An active lime production line is a set of equipment designed to produce high-quality lime from limestone, with the aim of meeting various industrial applications, such as in the production of steel, environmental desulfurization, and other processes. The process typically involves several stages, including limestone crushing, calcination, hydration, and finally, the production of active lime. Here is a general overview of the main steps involved in an active lime production line: 1. Limestone Quarrying: - Raw limestone is extracted from quarries and transported to the lime plant. The limestone may undergo crushing and sizing processes to achieve the desired particle size. 2. Limestone Preheating: - The raw limestone is typically preheated in a preheater or precalciner before entering the rotary kiln. This preheating step helps to reduce the energy consumption in the kiln by partially decarbonizing the limestone. 3. Loading into the Rotary Kiln: - The preheated limestone is loaded into the rotary kiln, a large, rotating cylindrical furnace. The kiln is inclined at a slight angle to facilitate the movement of materials through the kiln. 4. Calcination: - In the rotary kiln, the limestone undergoes high-temperature calcination (typically in the range of 900 to 1,450 degrees Celsius). This process causes the limestone to undergo chemical and physical changes, converting it into lime (calcium oxide). 5. Cooling: - After calcination, the lime moves through the cooling zone of the kiln, where it is cooled down. This cooling step is essential to stabilize the lime and prepare it for further processing. Ihodpfxeq Nyzbe Ah Not 6. Hydration: - The quicklime produced in the kiln is then slaked with water in a hydration process to produce slaked lime (calcium hydroxide). This is typically done in a separate hydrator. 7. Separation of Unreacted Lime: - The slaked lime is separated from any unreacted quicklime or impurities. This step ensures that the final product is of high quality. 8. Filtering and Drying: - The separated slaked lime is filtered to remove excess water, and the resulting product is dried to achieve the desired moisture content. 9. Storage and Packaging: - The final product, active lime (calcium oxide), is stored in silos or other storage facilities. It can then be packaged for sale or transported to end-users. 10. Environmental Considerations: - Dust collection systems and other environmental control measures are often implemented to minimize emissions and ensure compliance with environmental regulations. The design and configuration of an active lime production line can vary based on factors such as the type of limestone used, production capacity requirements, and specific industrial applications. Modern production lines often incorporate advanced technologies to optimize energy efficiency, minimize environmental impact, and ensure high-quality active lime production.

Condition: used, Heated Chocolate Mixing Tanks Qty 2 available Stainless steel Iodpfx Ahsxtqx Ue Neht

Condition: like new (used), Year of construction: 2025, operating hours: 100 h, functionality: fully functional, As new! Used for only 15 production days. Hot Air Furnace — Capacity: 2,000,000 kca This unit is in excellent condition, practically as new, with only 15 days of operation. Ideal for industrial heating or drying applications. Iodpfx Ahsxq Rv Ij Neht For more details or photos, please contact us.

Condition: like new (used), Chanber size: 280x180x500mm upper Ijdpjd Sm Disfx Ah Neht 280x130x450mm lower Max temperature: 700 C °

Year of construction: 1994, condition: used, max. temperature 1100 Grad Ihsdpfsthr Ncex Ah Nst voltage 230 V output 3 kw range - high tensile Innen 295x230x125 mm

Year of construction: 1990, condition: used, degree max 1800 total power requirement 5 kW Ijdpforgbyvox Ah Neht

Condition: used, max. temperature 3000 Grad Iedpfex Urupjx Ah Nsht In our assessment, the machine is in good used condition and can be inspected under power by appointment. Accessories, tools, and clamping devices shown are only included in the scope of delivery if this is noted in the additional information. Subject to changes and errors in the technical data and specifications, as well as prior sale!

Year of construction: 2021, condition: used, Carbolite GERO Carbolite GERO Muffle Furnace ELF 11/6B – 1100 °C – Year of manufacture: 2021 Product description For sale is a Carbolite GERO muffle furnace, type ELF 11/6B, equipped with a 301 temperature controller. The unit is in good used condition and originates from professional use. The furnace has been functionally tested and reaches the set temperature (see display on photos). Ideally suited for laboratories, industry, training, material testing, ceramics, metallurgy, or research. Technical data Manufacturer: Carbolite GERO Ltd. Model: ELF 11/6B Year of manufacture: 2021 Max. temperature: 1100 °C Usable volume: approx. 6 liters Heating power: 2000 W Power supply: 230 V / 50–60 Hz Phases: 1 + N Rated current: approx. 9.7 A Isdpfjx T A U Rsx Ah Neht Temperature controller: Model 301 Country of origin: United Kingdom Certification: CE / UKCA Weight & dimensions External dimensions (W × D × H): approx. 420 × 530 × 615 mm Weight: approx. 40 kg Important note: “The table shown in the photos is not included in the sale.” Condition: used Scope of delivery: (see picture) (Specifications and technical data subject to change and errors excepted!) If you have further questions, we are happy to assist you by phone.

Condition: excellent (used), KARG KARG Industrietechnik MeltFlow on – MFI/MVR Melt Flow Index Tester For sale is a MeltFlow on melt flow index tester (MFI/MVR) from KARG Industrietechnik, Made in Germany. The unit was used in plastics quality assurance and is in very good, well-maintained condition. Ideal for laboratories, quality assurance, development, and production in plastics processing. Technical data: Manufacturer: KARG Industrietechnik Model: MeltFlow on Code: 3200.000 Rated power: 1.6 kW Rated current: 7 A Voltage: 230 V / 50 Hz CE marking: yes Ihsdpfox Trg Njx Ah Net Features & scope of delivery: - MeltFlow on tester - Set of weights: - 5.000 kg - 2.160 kg - 1.200 g - 5.000 g - Piston / plunger - Cleaning tool - Software CD: K-BASE software program V4.1 SP0 Important note: "The table shown in the photos is not included in the sale." Condition: used Scope of delivery: (see picture) (Specifications and details are subject to changes and errors!) For further questions, please feel free to contact us by phone.

Year of construction: 2009, condition: excellent (used), functionality: fully functional, Equipment: CE marking, type plate available, Induction furnace for heating steel with dimensions up to 550mm in length, 100mm in width, and 20mm in thickness. The furnace is connected to a feeder for small rods with dimensions from 10x10 to 22x22 and lengths up to 300mm. The loading feeder sorts the parts and automatically loads the inductor with new pieces for heating. The feeder is ideal for the production of large nails, screws, etc. Its operation can be seen in a YouTube video. Performance is very high. For small parts, heated items (up to 1100 degrees) can be collected every 6 seconds. There are two inductors available for heating materials up to 20mm and up to 16mm thick. It is possible to modify the furnace according to your needs. The cost of replacing the inductor for other sizes is approximately EUR 3,000. The machine is very versatile in terms of the sizes of products it can heat. Capable of heating flat bars, round bars, or square bars. The complete machine consists of a generator, induction furnace with inductor, rod feeder, and cooler. Iodpfx Aow Hqldeh Neht

Condition: excellent (used), functionality: fully functional, Used annealing furnace Manufacturer: Rhode Type: protective gas furnace KL 70/65/135 Ihsdpfex Tbgrox Ah Not Year of manufacture: 1992

Condition: excellent (used), Year of construction: 2014, functionality: fully functional, machine/vehicle number: seco, Used Heat Treatment Furnace for Aluminium Alloys Make: SECO WARWICK Model: SDBF-24.16.30/600E Year of manufacture: 2014 EXPERIENCE SECO/WARWICK is a global leader in the development, design, and manufacture of furnaces and systems for the heat treatment of aluminium alloys. SECO/WARWICK has delivered numerous solution heat treatment, aging, and annealing furnaces for processing aluminium alloys from both wrought and cast materials. All technical solutions presented in this offer are proven and have already been successfully implemented by SECO/WARWICK in furnaces for a wide range of applications within the aluminium industry. A significant number of these furnaces have been supplied to the aerospace industry and meet their particularly stringent requirements as well as all relevant standards and regulations. Iedpfx Ajx Tbf Ush Noht CAPACITY The data provided by the customer forms the basis for the system design and also serves as the foundation for the guaranteed performance of the line. The system is designed for the heat treatment of aluminium pistons and cylinder heads.

Year of construction: 1990, condition: used, The machine underwent a complete overhaul by the original manufacturer in 2016. Since then, it has seen very limited use and has been stored and disconnected for several years now. Ijdeyaczpjpfx Ah Nsht

Condition: good (used), Year of construction: 2005, Pusher Furnace System (PUS1), Manufacturer: Ipsen International GmbH, Type: PP-2-65x65x65-18-G, Serial No.: AN 10.1595-01, Year of manufacture: 2005, Fuel: Gas/Natural Gas/Nitrogen/Methanol, 414 kW, 296 kVA comprising: Two-Chamber Pre-Washing Machine, Type: WPSSB-65x65x65-E, 302 A, 199 kVA, electric, Washing tank 2 m³, rinsing tank 2 m³, 60-80°C Pusher Preheating Furnace, Type: DL 65x65x65 4-G, 25 A, 9.5 kVA, natural gas heated, 80-100 mbar, 350-500°C Pusher Gas Carburizing Furnace (Double Line), Type: PP-2 65x65x65-18-G, natural gas heated, 86 A, 29.6 kVA, 10 kWh/m³, 80-100 mbar, 860-950°C, 140 pieces per batch, 695 kg/h Oil Quenching Bath (Hardening Oil), Type: QO-65x65x65-E, 161.5 A, 93.1 kVA, electric, air cooling, 6 m³ tank volume, 120°C max., 60-80°C working temperature Two-Chamber Post-Washing Machine, Type: WPSSB-65x65x65-E, 302 A, 199 kVA, electric, washing tank 2 m³, rinsing tank 2 m³, 60-80°C Pusher Tempering Furnace, Type: DL-65x65x65-6-E, 126.8 A, 84 kVA, electric, 300°C max. furnace temperature, 150-240°C working temperature Ihodpfx Ahsyabxyo Not Batch Transport System, Measuring, Control, and Switch Cabinet with Conti-Control System, Type: CO/CO2-2 Batch Data: Case hardening for transmission parts 650 mm x 650 mm x 650 mm, max. 280 kg, batch transport height 800/2,200 mm

Condition: good (used), Basket LxWxD 300 x 210 x 460 mm 150-500 Degrees MARCELS MASCHINEN AG Iodpfx Aohz D Iwjh Nsht

Year of construction: 2025, condition: new, Curing ovens shown in the photos can vary in price depending on size, configuration, and optional features. 💡📏⚙️ At ROMER, we manufacture both standard models and fully bespoke solutions, tailored to your process requirements. 🏭✅ Tell us your part size, line capacity, curing profile, and available space - and we will propose the best setup and the options that actually improve daily performance. 🔥🎯 🧠📡 Control and monitoring Live process control for temperature, time, airflow, and modes - with alarms and saved recipes for repeatable cycles. 🔁✅ 🔥🧩 Heating module Fast heat-up and stable temperature thanks to efficient heating elements and quick energy transfer. ⚡🌡️ 🌀💨 Air circulation Uniform airflow reduces temperature differences for consistent coating quality. 🎯✅ 🧱❄️ Insulation and design Smart chamber construction minimizes heat loss - faster reaching setpoint, lower consumption. ♻️📉 🛡️⚠️ Safety and certification Sensors, interlocks, and protection logic increase safety and reliability. 🔒👷 ⚡💰 High efficiency Optimized heat transfer and reduced losses mean real operating savings. 📉🔥 ⏰🤖 Automatic start Programmable schedule - automatic preheating before the shift for smoother production starts. ⏱️✅ 🚪🔒 Self-latching doors + intelligent chimney Prevents accidental opening, chimney activates only when needed for safer operation. 🧯✅ 🌿🔋 ECO mode Low-energy standby when idle - fuel consumption reduction up to 20% (depending on process). 🌱📉 👀💡 View and lighting Inspection without opening the door - fewer temperature drops, easier supervision. ✨👁️ 🛤️🔥 Guide rails + automatic hood Heat hood runs only during loading to reduce temperature loss, automatic rail infeed improves ergonomics and loading speed. 🙌⚙️ 🎛️🌡️ MULTI-ZONE HEAT Independent zone control for uniform curing of parts with different mass and geometry. 🧩✅ Ijdsfz I Rxspfx Ah Nsht 🧠♨️ MTS system Heating elements mounted without thermal bridges - higher efficiency and faster time to set temperature. ⚡⏱️ 2-in-1 🧱↔️🧱 Split chamber Movable partition for two independent zones - drying and curing in one unit for maximum flexibility. 🚀🔁 🎚️🌀 VFD ventilation Variable fan speed based on chamber conditions - better control and lower electricity use. ⚙️💡

Year of construction: 2025, condition: new, Curing ovens shown in the photos can vary in price depending on size, configuration, and optional features. 💡📏⚙️ At ROMER, we manufacture both standard models and fully bespoke solutions, tailored to your process requirements. 🏭✅ Tell us your part size, line capacity, curing profile, and available space - and we will propose the best setup and the options that actually improve daily performance. 🔥🎯 🧠📡 Control and monitoring Live process control for temperature, time, airflow, and modes - with alarms and saved recipes for repeatable cycles. 🔁✅ 🔥🧩 Heating module Fast heat-up and stable temperature thanks to efficient heating elements and quick energy transfer. ⚡🌡️ 🌀💨 Air circulation Uniform airflow reduces temperature differences for consistent coating quality. 🎯✅ 🧱❄️ Insulation and design Smart chamber construction minimizes heat loss - faster reaching setpoint, lower consumption. ♻️📉 🛡️⚠️ Safety and certification Sensors, interlocks, and protection logic increase safety and reliability. 🔒👷 ⚡💰 High efficiency Optimized heat transfer and reduced losses mean real operating savings. 📉🔥 ⏰🤖 Automatic start Programmable schedule - automatic preheating before the shift for smoother production starts. ⏱️✅ 🚪🔒 Self-latching doors + intelligent chimney Prevents accidental opening, chimney activates only when needed for safer operation. 🧯✅ 🌿🔋 ECO mode Low-energy standby when idle - fuel consumption reduction up to 20% (depending on process). 🌱📉 👀💡 View and lighting Inspection without opening the door - fewer temperature drops, easier supervision. ✨👁️ 🛤️🔥 Guide rails + automatic hood Heat hood runs only during loading to reduce temperature loss, automatic rail infeed improves ergonomics and loading speed. 🙌⚙️ Ihodpsfx Nfmsfx Ah Not 🎛️🌡️ MULTI-ZONE HEAT Independent zone control for uniform curing of parts with different mass and geometry. 🧩✅ 🧠♨️ MTS system Heating elements mounted without thermal bridges - higher efficiency and faster time to set temperature. ⚡⏱️ 2-in-1 🧱↔️🧱 Split chamber Movable partition for two independent zones - drying and curing in one unit for maximum flexibility. 🚀🔁 🎚️🌀 VFD ventilation Variable fan speed based on chamber conditions - better control and lower electricity use. ⚙️💡

Year of construction: 2025, condition: new, Curing ovens shown in the photos can vary in price depending on size, configuration, and optional features. 💡📏⚙️ At ROMER, we manufacture both standard models and fully bespoke solutions, tailored to your process requirements. 🏭✅ Tell us your part size, line capacity, curing profile, and available space - and we will propose the best setup and the options that actually improve daily performance. 🔥🎯 🧠📡 Control and monitoring Live process control for temperature, time, airflow, and modes - with alarms and saved recipes for repeatable cycles. 🔁✅ 🔥🧩 Heating module Fast heat-up and stable temperature thanks to efficient heating elements and quick energy transfer. ⚡🌡️ Ihjdpfx Ahofzccne Njt 🌀💨 Air circulation Uniform airflow reduces temperature differences for consistent coating quality. 🎯✅ 🧱❄️ Insulation and design Smart chamber construction minimizes heat loss - faster reaching setpoint, lower consumption. ♻️📉 🛡️⚠️ Safety and certification Sensors, interlocks, and protection logic increase safety and reliability. 🔒👷 ⚡💰 High efficiency Optimized heat transfer and reduced losses mean real operating savings. 📉🔥 ⏰🤖 Automatic start Programmable schedule - automatic preheating before the shift for smoother production starts. ⏱️✅ 🚪🔒 Self-latching doors + intelligent chimney Prevents accidental opening, chimney activates only when needed for safer operation. 🧯✅ 🌿🔋 ECO mode Low-energy standby when idle - fuel consumption reduction up to 20% (depending on process). 🌱📉 👀💡 View and lighting Inspection without opening the door - fewer temperature drops, easier supervision. ✨👁️ 🛤️🔥 Guide rails + automatic hood Heat hood runs only during loading to reduce temperature loss, automatic rail infeed improves ergonomics and loading speed. 🙌⚙️ 🎛️🌡️ MULTI-ZONE HEAT Independent zone control for uniform curing of parts with different mass and geometry. 🧩✅ 🧠♨️ MTS system Heating elements mounted without thermal bridges - higher efficiency and faster time to set temperature. ⚡⏱️ 2-in-1 🧱↔️🧱 Split chamber Movable partition for two independent zones - drying and curing in one unit for maximum flexibility. 🚀🔁 🎚️🌀 VFD ventilation Variable fan speed based on chamber conditions - better control and lower electricity use. ⚙️💡

Year of construction: 2025, condition: new, Curing ovens shown in the photos can vary in price depending on size, configuration, and optional features. 💡📏⚙️ At ROMER, we manufacture both standard models and fully bespoke solutions, tailored to your process requirements. 🏭✅ Tell us your part size, line capacity, curing profile, and available space - and we will propose the best setup and the options that actually improve daily performance. 🔥🎯 🧠📡 Control and monitoring Live process control for temperature, time, airflow, and modes - with alarms and saved recipes for repeatable cycles. 🔁✅ 🔥🧩 Heating module Fast heat-up and stable temperature thanks to efficient heating elements and quick energy transfer. ⚡🌡️ 🌀💨 Air circulation Uniform airflow reduces temperature differences for consistent coating quality. 🎯✅ 🧱❄️ Insulation and design Smart chamber construction minimizes heat loss - faster reaching setpoint, lower consumption. ♻️📉 🛡️⚠️ Safety and certification Sensors, interlocks, and protection logic increase safety and reliability. 🔒👷 ⚡💰 High efficiency Optimized heat transfer and reduced losses mean real operating savings. 📉🔥 ⏰🤖 Automatic start Programmable schedule - automatic preheating before the shift for smoother production starts. ⏱️✅ 🚪🔒 Self-latching doors + intelligent chimney Prevents accidental opening, chimney activates only when needed for safer operation. 🧯✅ 🌿🔋 ECO mode Low-energy standby when idle - fuel consumption reduction up to 20% (depending on process). 🌱📉 👀💡 View and lighting Inspection without opening the door - fewer temperature drops, easier supervision. ✨👁️ 🛤️🔥 Guide rails + automatic hood Heat hood runs only during loading to reduce temperature loss, automatic rail infeed improves ergonomics and loading speed. 🙌⚙️ 🎛️🌡️ MULTI-ZONE HEAT Independent zone control for uniform curing of parts with different mass and geometry. 🧩✅ 🧠♨️ MTS system Ihsdpsfzb Rcsfx Ah Not Heating elements mounted without thermal bridges - higher efficiency and faster time to set temperature. ⚡⏱️ 2-in-1 🧱↔️🧱 Split chamber Movable partition for two independent zones - drying and curing in one unit for maximum flexibility. 🚀🔁 🎚️🌀 VFD ventilation Variable fan speed based on chamber conditions - better control and lower electricity use. ⚙️💡