Products Description

1700℃ Bottom Lifting furnace is a bottom-loading and lifting electric furnace with four-sided heating elements, good furnace temperature uniformity, double-layer air-cooling structure, large loading capacity, and up to 50-segment intelligent temperature control options. It can be used for sintering in laboratories and small enterprises, annealing, tempering and other processes.

Feature

● Max temperature RT～1700℃

● Volume customized.

● Easy operation and high efficiency

● Making it easy to take out materials

Model	SL2-2-17TP	SL2-4-17TP	SL2-9-17TP	SL2-16-17TP
Dimensions: Internal D x W x H (mm)	100100100	200150150	300200200	400300300
Max.temperature(℃)	1700	1700	1700	1700
Working temperature(℃)	1600	1600	1600	1600
Volume (litres)	1	4.5	12	36
Power(KW)	2	4	9	16
Voltage(V)	220 1P	220 1P	380 2P	380 2P
Thermocouple type	B
Heating element	High quality Mosi2 heating element
Temp.Precision	±1℃
Heating rate	0-10℃/min free adjustment
Certification: CE, ISO, SGS ect, more than 30 patent certifications
Warranty: One-year warranty (excluding wearing parts) and long-term technical support
Support OEM/ODM

Standard Accessories

Optional

Max.temperature: 1200, 1400, 1800C

Different chamber size for your choose;

50 segment program for choose

LCD touch screen control for choose

RS485/USB port to connect computer for choose.

Detail picture

Bottom loading door for easy operation

High quality heating element with polycrystalline insulation chamber furnace

Electric putter

LCD highly intelligent instrument, 30-segment program with PID control

Multifunctional and complete control panel, easy to use and operate

High-quality wear-resistant Fuma wheels, good load-bearing

Application

1700℃ Bottom Lifting furnace are widely used in scientific research and small batch production in industrial and mining enterprises, as well as in ceramics, metallurgy, electronics, glass, chemical industry, machinery, refractory materials, new material development, special materials, building materials, sintering, etc. involved in scientific research and teaching in universities and colleges, such as sintering , annealing, tempering, quenching and other processes.