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Muffle Furnace

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Manufacturer of Muffle Furnace

 

 

Hangzhou Lantian Instrument Co., Ltd. is located in Hangzhou (Binjiang) High-tech Development Zone. It has product design and development departments and production departments in Heping Kiln, Qiutao North Road. The company focuses on the practical performance of products, and technical personnel account for more than 60%. With 26 years of experience in the production of heat treatment equipment, it has strict requirements for the control of raw materials. Each equipment will undergo quality inspection before leaving the factory. Each product provides a one-year warranty, and the heating element warranty is half a year. We provide lifelong service to all customers.

 

Why Choose Us
 

Our company
Hangzhou Blue Sky Instrument Co., Ltd. was established in 1996, covering an area of 8,000 square meters, a production area of 5,000 square meters, 30+ professional and technical personnel, and exporting to 60+ countries. The company covers a large area and has advanced and complete equipment.

 

Our products
We have a technical history of more than 10 years in the production of experimental electric furnaces and constant temperature boxes. We specialize in the research and development and production of laboratory high-temperature resistance furnaces, atmosphere protection experimental furnaces, vacuum experimental furnaces, drying ovens, high-temperature ovens, environmental test chambers, etc.

 

Product application
The products are mainly used in colleges and universities, scientific research institutions, industrial and mining enterprises, and are used for testing, sintering, ashing, analysis, etc. of various materials in different environments.

 

Our services
Recommend the most suitable equipment according to customer needs, provide detailed product introductions, and provide remote or on-site upgrade services to ensure that the equipment can meet the latest technical requirements and experimental needs.

 

1200°C Compact Quartz Tube Furnace
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1200°C Compact Quartz Tube Furnace

Model:OTF-1200X-S. Maximum temp: °C1200. Continuous operating temp: °C 1150. Tube Diameterφ (mm):25/40/50. Tube Heating Length:mm 200. Constant Heating Length: mm100. Power Voltage:220V / 50Hz.
SG-GL-1200K Rotary Furnace Series High-Temperature Oven
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SG-GL-1200K Rotary Furnace Series High-Temperature Oven

SG-GL-1200K Rotary Furnace Series High-Temperature Oven Chamber Material Ceramic fiber material Construction High-grade furnace tube, Stainless steel flange seals Key Functions Vacuum operation,
Light Compact Muffle Furnace 1000℃
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Light Compact Muffle Furnace 1000℃

Model: SXC-1.5-10. Maximum temp, °C: 1000. Continuous operating temp, °C : 1000. Supply Voltage: 210-250V, 50Hz. Power Rating (kW): 1.5
Atmosphere Ceramic Chamber Furnace
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Atmosphere Ceramic Chamber Furnace

The atmosphere furnace provides an ideal environment for various laboratory procedures, ensuring precise temperature and atmosphere control. It is designed for tasks that require absolute temperature
Compact Muffle Furnace 1200℃
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Compact Muffle Furnace 1200℃

Model: SXC-2-12. Maximum temp, °C: 1200. Continuous operating temp, °C : 1150. Supply Voltage: 210-250V, 50Hz. Power Rating (kW): 1.5
Compact Muffle Furnace 1300℃
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Compact Muffle Furnace 1300℃

Model: SXC-2-13G. Maximum temp, °C: 1300. Continuous operating temp, °C: 1250. Supply Voltage: 210-250V, 50Hz. Power Rating (kW): 1.5
Small Benchtop Muffle Furnace
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Small Benchtop Muffle Furnace

Model: SXC-1.5-10. Maximum temp, °C: 1000. Continuous operating temp, °C : 1000. Supply Voltage: 210-250V, 50Hz. Power Rating (kW): 1.5
Small High Temperature Muffle Furnace
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Small High Temperature Muffle Furnace

Model: SXC-2-12. Maximum temp, °C: 1200. Continuous operating temp, °C : 1150. Supply Voltage: 210-250V, 50Hz. Power Rating (kW): 1.5
1000℃ Ceramic Chamber Furnace
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1000℃ Ceramic Chamber Furnace

Customizable Location for Openings. Fan and Chimney to Accelerate Air Exhaust. Customized Observation Window φ50mm. Additional Ceramic Bottom Plate. Buzzer: Alarms for Over-Temperature and
1200℃ Ceramic Chamber Furnace
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1200℃ Ceramic Chamber Furnace

Customizable opening position on demand. Fan and chimney for accelerated exhaust emission. Additional ceramic bottom plate. Buzzer: Over-temperature and over-current protection alarm. Data recording:
1300℃ Ceramic Chamber Furnace
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1300℃ Ceramic Chamber Furnace

Custom opening positions on demand.. Fans and chimneys for accelerated exhaust gas emission.. Custom observation window φ50mm.. Additional ceramic bottom plates.. Buzzer: Over-temperature and
1600℃ Ceramic Chamber Furnace
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1600℃ Ceramic Chamber Furnace

Model: SXC-12-16. Temperature Range: 500 ~ 1600℃. Working Dimensions: 300x200x200mm. Fluctuation: ±3℃. Display Accuracy: 1℃
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Biochar Muffle Furnace

 

Benefits of Muffle Furnace

Precise Temperature Control
Muffle furnaces offer precise temperature control, allowing users to achieve specific temperatures accurately and consistently. This is crucial for various laboratory and industrial processes that require precise temperature regulation.

Uniform Heating
Muffle furnaces provide uniform heating throughout the chamber, ensuring that the material being heated is subjected to consistent temperatures. This uniformity is essential for applications where temperature gradients can affect the quality of the end product.

Contamination Prevention
Muffle furnaces prevent contamination of the material being heated by separating it from combustion byproducts. This is particularly important in applications where contamination can compromise the integrity or performance of the material.

Energy Efficiency
Muffle furnaces are designed to minimize heat loss and maximize energy efficiency. This results in lower operating costs and reduced environmental impact.

 

Types of Muffle Furnace
Biochar Muffle Furnace
Biochar Muffle Furnace
1200℃ Muffle Furnaces with Brick Insulation
Biochar Muffle Furnace

Electric Resistance Muffle Furnaces
Electric resistance muffle furnaces are the most common type, utilizing electric heating elements made of resistance wire, such as Nichrome. These furnaces can reach temperatures ranging from several hundred degrees Celsius to as high as 1800°C. They are widely used in laboratories for tasks like sintering, binder burnout, and melting, due to their ability to maintain precise and uniform temperatures.

 

High-Temperature Muffle Furnaces
High-temperature muffle furnaces are designed for applications requiring extreme heat, often used in material analysis and decomposition. These furnaces are constructed with high-grade components and materials, ensuring durability and excellent temperature control. The inner housing is typically made from double-walled stainless steel, which minimizes heat loss, while ceramic fiber insulation in the outer structure enhances heat radiation across the entire unit, promoting uniform heat distribution.

 

Split Furnace
Split furnaces feature a removable muffle chamber, which can be easily detached for cleaning or maintenance. This design is particularly beneficial in scenarios where the muffle may become contaminated or damaged over time. The ease of access allows for quick and efficient servicing, making split furnaces ideal for laboratories and industries where frequent maintenance is required.

 

Vacuum Furnace
Vacuum furnaces are engineered to heat materials in a vacuum or low-pressure environment. This feature is crucial for high-temperature processes that demand minimal contamination and precise temperature control. Vacuum furnaces are often used in advanced material processing, such as in the synthesis of high-performance alloys and ceramics, where the absence of atmospheric gases is essential to prevent oxidation and other chemical reactions.

 

Laboratory Muffle Furnace
Laboratory muffle furnaces are specifically designed for experimental purposes, enabling the creation of specified temperatures for various heating tasks like melting and sintering. These furnaces are essential in research environments where controlled heating conditions are paramount for accurate and reliable results.

 

Electric Muffle Furnace
Electric muffle furnaces are renowned for their ability to operate at higher temperatures compared to other types, with higher power densities. They are used for a range of processes including drying, melting, heating, and molding of materials. Their robust performance and high-temperature capabilities make them a preferred choice in industries requiring intensive heating applications.

 

Application of Muffle Furnace

 
 

Glass Industry
Many procedures in glass manufacturing require high temperatures to identify the characteristics of raw materials and create a high-quality product. A muffle furnace is used to melt glass during recycling, mold the glass material to create different product shapes, put glass products through heat to toughen them, and many others.

 
 

Ceramics
Ceramic materials are essential in many industries. Replicating high temperatures and extreme environments is necessary to assess the quality and characteristics of ceramics. A muffle furnace is one of the best testing instruments for this, allowing researchers and manufacturers to reach the high temperatures needed easily.

 
 

Paint Industry
High temperature is needed to speed up the drying process of paints, enamels, and coatings. Paint manufacturers can do this and fast-track their process with the help of high heat from muffle furnaces. This way, paint manufacturers can determine the quality and performance of the paints efficiently.

 
 

Research and Analysis
Aside from industrial processes, the muffle furnace is also essential for research and development laboratories. Chemists utilize these furnaces to determine a sample’s composition, specifically for combustion testing.
Researchers identify material properties and behavior by placing a sample inside the lab muffle furnace or chamber. Then, they’ll set the furnace at the required temperature specification to examine how the sample reacts in different conditions.

 
 

Aerospace
Aerospace industries use muffle furnaces to test the flame retardancy of specific materials or aircraft parts. They do this by placing the objects at extremely high temperatures. This testing device is crucial for aerospace companies, as they develop and test heat-duty materials that can work in an atmosphere-controlled environment.

 

 

Muffle Furnace Technical Specification

 

 

Max. temperature

1100°C

1450°C

1800°C

 

Continuous operating temp.

1000°C

1400°C

1700°C

 

Heating element

Kanthal – A1

Silicon carbide

MoSI2

 

Furnace Thermocouple

K Type

R Type

B TYPE

 

Chamber MOC

Ceramic fiberboard

Zirconia Fiber Board

Alumina Insulated

 

Exterior MOC

MS/SS

MS/SS

MS/SS

 

Insulation

1400 ZTL board

1400 ZTL board

High Purity fibrous alumina Insulation

 

Temperature controller

PID controlled with SILICON Controlled Rectifier

PID controller with imported Japanese Thyristor

PID controller with imported Japanese transformer

 

Power supply

220 Volts 50Hz

220/440 volts, 50 Hz

220/440 volts, 50 Hz

 

Accessories

Asbestos Gloves, SS tong

The brass rod holding Clamps, Asbestos Gloves, SS tong

Two Spare Heaters, Asbestos Gloves, SS tong, Door Brick

 

 

 

Packaging & Shipping

Packing: From the inside to outer packaging, is foam sponge, carton, wooden case.


Transport modes: Sea or Air transportation, TNT, DHL express or FedEx.


Please make sure the 'shipping address' is your confirmed address.


We do check everything in good condition before we ship your parcel out.

 

We will process your order ASAP after payment is confirmed.

1000℃ Muffle Furnaces with Brick Insulation

 

FAQ

 

Q: What is the difference between a box furnace and a muffle furnace?

A: The terms, chamber furnace, box furnace and muffle furnace, are interchangeable and can all be used to describe the same furnace, typically with a cubic or box shaped chamber. Traditionally a muffle furnace is a rectangular ceramic tube with a wire heating element wound around the outside wrapped in thermal insulation.

Q: What is the ramp rate for a muffle furnace?

A: The ramp Rate is the Change of temperature per unit of time. Like an 1100 degrees celsius furnace, we offer 1 to 25 Degrees per Minute. Our furnace can achieve 700 to 800 °C with a Ramp rate of 20 to 25°C per minute and above 800°C it operates at a rate of 5 to 15°C per minute.

Q: How do you run a muffle furnace?

A: Turn on power, breaker switch on lower right front. Plan on approximately 1 hour to reach 550 °C. Check temperature periodically. If the needle pegs at the maximum temperature the furnace will shut off.

Q: How do you maintain a muffle furnace?

A: 1. Clean up the spent material and hard blocks adhering around the electrode protection ring, the debris adhering to the wall, and the accumulated material on the end wall. 2. After the spent material at the bottom of the muffle furnace is poured with water, the pillars and small walls are removed.

Q: What is a muffle furnace used to measure?

A: Muffle furnaces are used for the applications where there is huge demand of testing the sample at high temperature and to determine the percent of ash content in those materials. The industries in which the furnaces are used for treating the samples at high-temperature include: Plastic Industry.

Q: What is the structure of a muffle furnace?

A: Chamber construction: Muffle furnace has triple-walled construction and is equipped with zirconia fiberboard cemented from all sides for long life. Chamber construction plays an important role in the working of a furnace by keeping it cool from the outside for the safety of the user.

Q: How do you cool a muffle furnace?

A: After using the muffle furnace, cut off the power supply to make it cool naturally. The furnace door should not be opened immediately to avoid sudden cold cracking of the furnace. The furnace door should be opened only when the temperature drops below 200 ° C.

We're professional muffle furnace manufacturers in China, specialized in providing high quality ODM service. We warmly welcome you to buy reliable muffle furnace for sale here from our factory. For price consultation, contact us.

muffle furnace for testing, precision muffle furnace, muffle furnace for sintering

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