1200°C Askeovn med indsugnings- og udstødningssystem

1200°C Cupellation Furnace with Gas Intake and Exhaust System

The 1200°C Ashing Furnace with a gas intake and exhaust system is a laboratory resistance furnace specifically designed for cupellation and the high-temperature processing of precious metals and related materials. It utilizes silicon carbide (SiC) rods as heating elements, which are installed vertically on both sides of the furnace chamber (dimensions: 300 × 200 × 200 mm). Equipped with a dedicated gas intake and exhaust system, the unit allows for precise control of gas flow via a float flow meter and manual adjustment valve; this enables the regulation of the furnace atmosphere to meet specific cupellation requirements, as well as the proper venting and management of exhaust gases.

The furnace body features an air-cooled, double-layer carbon steel structure combined with three layers of insulation and an intelligent temperature control system, ensuring stable high-temperature operation. The control system supports various temperature regulation modes—such as PID, APID, and MPT—and offers functions for programmed heating, afkøling, holding, and cycling, alongside multiple safety protection features.

Produktegenskaber

1. 1200°C High-Temperature Cupellation Capability

The maximum operating temperature and the long-term continuous operating temperature are both 1200°C, with a temperature control range of 100–1200°C, meeting the temperature control requirements for cupellation and high-temperature experiments.

2. Specialized Gas Intake and Exhaust System

Equipped with a rotameter and a manual adjustment valve, the system allows for precise regulation of gas flow during experiments, enabling control over the furnace atmosphere. An integrated exhaust system ensures the effective discharge and management of gases generated during the process.

3. Electric Upward-Opening Door Design

The furnace utilizes an electric upward-opening door mechanism driven by a pneumatic cylinder, supporting both automatic and manual operation. It can be equipped with an operating handle or foot switch to facilitate commissioning and manual control during special circumstances.

In the event of an unexpected gas or power outage, the door maintains its current position—preventing accidental closure or dropping—thereby enhancing operational safety.

4. Multiple Safety Protections and Intelligent Temperature Control

The system employs an integrated control module with dual-loop control and protection architecture. It offers comprehensive safety features, including protection against over-temperature, over-current, over-pressure, fasetab, thermocouple breakage, overskride, and undershoot, as well as current feedback and soft-start capabilities.

The intelligent temperature controller supports various control modes (PID, APID, MPT) and includes self-tuning, selvlærende, and curve-fitting functions. It allows for the configuration of multi-stage temperature programs to automate heating, soaking, and cooling processes.

Anvendelsesområder

• Precious Metal Analysis: Used for cupellation and high-temperature processing experiments involving precious metals such as gold and silver.
• Metallurgical Industry: Used for the high-temperature processing and analysis of minerals, metals, and metallurgical materials.
• Mineral Analysis: Used for cupellation and high-temperature experiments on ores, minerals, and related samples.
• Materials Testing: Used for researching the high-temperature properties of metals, non-metals, og andre materialer.
• Scientific Research Laboratories: Suitable for high-temperature experiments and materials R&D in universities, forskningsinstitutter, and testing agencies.
• High-Temperature Cupellation: Regulates the furnace atmosphere via intake and exhaust systems to meet the process requirements of various cupellation experiments.

Virksomhedsprofil

En professionel virksomhed med speciale i varmebehandlingsteknologitjenester og R&D, fremstilling, og salg af højtemperatur elektriske ovne.

Virksomheden fokuserer på at udvikle højtemperatur elektriske ovne, der dækker et fuldt temperaturområde på -100 ℃ til 2600 ℃. Dets produkter omfatter eksperimentelle elektriske ovne, vakuum atmosfære ovne, industrielle ovne, og mellemfrekvent induktionsvarmeudstyr. De vigtigste produkter omfatter kasseovne, rørovne, løfteovne, skubbeovne, bogie ovne, roterovne, tunnelovne, og forskellige specialiserede mellemfrekvente ovne.

Virksomheden holder sig til teknologisk innovation og har bestået ISO9001 og EU CE-certificeringer. Det ejer 21 registrerede varemærker, 29 patenter, og 27 software ophavsrettigheder.

Betalingsmetoder

TT

Forsendelsesmetoder

El-ovnen er pakket i tre lag: først pakket ind i skumpapir, derefter pakket ind i plastfilm, og til sidst pakket i en trækasse.

Ofte stillede spørgsmål (FAQ)

1. Can the 1200°C cupellation furnace be operated continuously at 1200°C?

Ja. This model has a maximum operating temperature of 1200°C and supports continuous operation at this temperature; the controllable temperature range is 100–1200°C.

2. What is the function of the furnace’s gas inlet and exhaust system?

The gas inlet and exhaust system is equipped with a float flow meter and a manual control valve, allowing for the regulation of gas flow. This helps control the furnace atmosphere and facilitates the venting and management of exhaust gases generated during the experiment.

3. Can flammable or explosive gases be used with this cupellation furnace?

Ingen. This box furnace does not feature a vacuum-sealed structure; therefore, flammable or explosive gases cannot be introduced. If specific atmospheric requirements exist, please provide details regarding the gas type and operating conditions to the manufacturer prior to purchase.

4. What are the dimensions of the furnace chamber?

The standard chamber dimensions are 300 × 200 × 200 mm; suitability should be assessed based on your specific experimental samples and loading requirements.

5. What type of heating elements does the furnace use?

The equipment utilizes silicon carbide rods as heating elements, mounted vertically on both sides of the furnace chamber, to meet the heating requirements for high-temperature (1200°C) cupellation and related experiments.