Introduction:
The box-type muffle furnace is specifically designed equipment for sintering and melting
analysis of metallic, non-metallic and other compound materi als, used in laboratories of
colleges and universities, research institutes, industrial and mining enterprises.
Application:
It is widely used for scientific research and small-batch production in enterprise and public
institution, also in the fields of ceramics, metallurgy, electronics, glass, chemical engineering,
machinery, refractory materials, new material development, special materials, building materials
involved in scientific research and teaching in colleges.
Advantage:
1. Appearance Design: It adopts a humanized design, elegant and easy to operate.The outer
paint layer is treated with high-temperature baking process of powder coating, which makes
it high temperature resistant, oxidation resistant, acid and alkali resistant.
2. Structure Design: The shell adopts a double-layer forced air-cooling structure.
Cooling is fast,which can make the external temperature of the furnace close to the room temperature
when the furnace is at high temperature, avoiding the occurrence of accidental injuries.
3. Furnace Chamber Design: It adopts a stepped assembly structure, integrates the laws of
mechanics, effectively ensures the force is evenly applied during the heating process, guarantees
that thermal energy is not easily lost, and prolongs the service life of the furnace chamber.
4. Furnace Chamber Material: The furnace chamber is made of high qualified alumina ceramic
fiber, with features of excellent heat preservation, light weight and high temperature resistance,
resistant to sudden temperature changes, no cracks, no crystallization and on crumbling.
There is no worry about polluting the products being fired.
5. Temperature Control Mode: Standard with intelligent 30 segment PID temperature control.
6. Temperature Control Safety: The electric furnace adopts integrated circuit and module
control to make the electric furnace work stably, reliably and safely.With protection functions
such as bias temperature protection, over-temperature protection, broken circuit protection, over-current protection, etc.
Specification:
Model MF-1-12 MF-2-12E MF-6-12E MF-9-12 MF-2-14 MF-4-14 MF-9-14 MF-16-14 MF-2-17 MF-4-17 MF-9-17 MF-16-17 Temp. 1200 ℃ 1400 ℃ 1700 ℃ Capacity (L) 1 4.5 12 36 1 4.5 12 36 1 4.5 12 36 Chamber Size (W×D×H) (mm) 100×100×100 150×200×150 200×300×200 300×400×300 100×100×100 150×200×150 200×300×200 300×400×300 100×100×100 150×200×150 200×300×200 300×400×300 Consumption (kW) 1 2 6 9 2 4 9 16 2 4 9 16 E×ternal Size (W×D×H) (mm) 320×425×568 470×570×715 530×670×811 620×770×940 360×445×618 470×570×765 530×670×846 620×770×985 320×425×568 470×570×815 530×670×906 620×770×1055 Shipping Size (W×D×H) (mm) 525×550×885 575×755×1025 625×865×1105 725×975×1260 455×580×815 570×755×1010 625×865×1115 720×955×1280 425×565×810 575×760×1030 605×860×1120 725×975×1320 G.W. (kg) 61 93 127 178 53 94 124 180 66 136 189 304 Power Supply 220/110 V, 220/110 V, 220/110 V, 220/110 V, 220/110 V, 220/110 V, 220/110 V, 110V-380 V, 220/110 V, 220/110 V, 110-380 V, 110-380 V,
Item Technical Data Model MF-1-12;
MF-2-12E;
MF-6-12E;
MF-9-12
MF-2-14;
MF-4-14;
MF-9-14;
MF-16-14
MF-2-17;
MF-4-17;
MF-9-17;
MF-16-17
Max. Temperature 1200 ℃ 1400 ℃ 1700 ℃ Working Temperature 1100 ℃ 1300 ℃ 1600 ℃ Temperature Control Accuracy ±1 ℃ Temperature Rising Speed 0-30 ℃/Min, adjustable (suggest ≤10 ℃/Min) Heating Element Resistance wire Silicon carbide rod (SiC rod) Silicon molybdenum rod (MoSi2 rod) Temperature Sensor K type (0-1200 ℃) S type (0-1600 ℃) B type (0-1820 ℃) Heating Mode Three sides heating Two sides heating Two sides heating Chamber Material Alumina ceramic fiber Standard Accessory 1 pair of crucible tongs, 1 pair of special high-temperature gloves Optional Accessory LCD touch screen (50 segment PID temperature control）
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