Product Description
DH-FP-40 Electric Muffle Vacuum Furnace Best Price Laboratory Ceramic Muffle Furnace
Usage:
The product is suitable for elemental analysis, measurement and small size steel hardening, annealing, tempering, heat treatment and heating in laboratory, industrial and mining enterprises, scientific research units,can also be used for sintering of metal, stone, ceramic, dissolution analysis of high-temperature heating.
Characteristics:
The shell is made of high-quality grid stainless steel, attractive appearance and modeling.
Unique door design, safe and easy door operation, to ensure the high temperature inside that the heat does not leak.
The working room is made of high quality ceramic fiber insulation material, has good insulation property, save energy, and light weight, easy to move.
Heating system automatically stops when the door is opened, without the disadvantage of temperature overshoot.
Optional part: intelligent program temperature controller .........
Main Parameter:
- Model: DH-FP-40
- Voltage(V): 220
- Rated power(kw): 4
- Rated temperature: 1000 degree
- Size of workroom (mm): 300*200*120
- overall dimensions (mm): 590*490*600
- Packing(mm):670*570*720
- Net weight (kg): 60
- Gross weight (kg): 70
Precision and Reliability for Laboratory ApplicationsEngineered with high-quality materials and advanced technology, the DH-FP-40 Electric Muffle Vacuum Furnace delivers consistent heat treatment for ceramics. Its vacuum sealing mechanism promotes unmatched performance, making it an ideal choice for industrial labs and research facilities demanding precision and reliability.
Durable Construction and User-Friendly OperationConstructed from durable MS (mild steel) and finished in silver, this muffle furnace is designed to withstand demanding industrial environments. The semi-automatic controls and manual power supply allow users to closely monitor and adjust settings, ensuring ease of use and consistent results.
Versatile Export and Supply Solutions from ChinaAs a reputable distributor, exporter, manufacturer, supplier, and trader in China, we offer the DH-FP-40 to industrial clients worldwide. Our comprehensive export and distribution capabilities ensure that you receive top-quality equipment, supported by expert technical guidance and responsive customer service.
FAQ's of DH-FP-40 Electric Muffle Vacuum Furnace Laboratory Ceramic Muffle Furnace:
Q: How does the DH-FP-40 Electric Muffle Vacuum Furnace operate?
A: The DH-FP-40 runs on a manual power supply and features semi-automatic controls, allowing users to set and monitor temperature and vacuum conditions for precise heating and ceramic processing in laboratory settings.
Q: What materials is the DH-FP-40 furnace suitable to process?
A: This furnace is ideal for processing ceramics and other materials that require controlled heat treatment, making it widely used in industrial laboratories, research centers, and materials testing facilities.
Q: When should I use a muffle vacuum furnace in my industrial workflow?
A: A muffle vacuum furnace is best employed when your process demands clean, oxidation-free heating-such as in ceramic, metal, or material hardening applications-where maintaining vacuum integrity and precise temperature is essential.
Q: Where is the DH-FP-40 manufactured and supplied from?
A: The DH-FP-40 is manufactured, distributed, and exported from China by a reputed network of suppliers, ensuring worldwide availability with robust support for industrial and laboratory users.
Q: What is the process of using this muffle furnace?
A: To use the DH-FP-40, load your ceramic or material sample, set the desired temperature and vacuum level using the semi-automatic controls, and monitor the heating cycle as per your specific requirements.
Q: How can my industrial lab benefit from the DH-FP-40 Electric Muffle Vacuum Furnace?
A: Your lab will benefit from this furnace's robust hardness, precise temperature control, vacuum sealing for contaminant-free processing, and user-friendly semi-automatic operation, all supporting efficient and reliable results for advanced material applications.