Tianjin Test High Temperature Box type Resistance Furnace

NegotiableUpdate on 12/17

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

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Overview

The SRJX-4-13DII integrated design of Tianjin Test high-temperature box type resistance furnace is lightweight and compact in structure. Closed aluminum silicate furnace, lightweight insulation bricks, fully utilizing heat. Parallel side open furnace doors keep the hot end away from operation. The combination of PID microcomputer air sensor and precision sensor ensures precise temperature. Special function keys for temperature setting. Auxiliary menu, realizing over rise alarm, deviation correction, and menu locking. Optional exhaust system for ashing. 10. Class 12: Nickel chromium aluminum alloy heating wire enclosed embedded in aluminum silicate furnace, reducing the corrosion of volatile gases on the heating wire.

Product Details

Tianjin Test High Temperature Box type Resistance FurnaceSRJX-4-13DII integrated design, lightweight and compact structure. Closed aluminum silicate furnace, lightweight insulation bricks, fully utilizing heat. Parallel side open furnace doors keep the hot end away from operation. The combination of PID microcomputer air sensor and precision sensor ensures precise temperature. Special function keys for temperature setting. Auxiliary menu, realizing over rise alarm, deviation correction, and menu locking. Optional exhaust system for ashing. 10. Class 12: Nickel chromium aluminum alloy heating wire enclosed embedded in aluminum silicate furnace, reducing the corrosion of volatile gases on the heating wire.

Tianjin Test High Temperature Box type Resistance FurnaceKey Features:The box is made of high-quality steel plates that are folded and welded together, and the surface is coated with electrostatic spraying technology. The furnace is made of high-temperature refractory materials sintered together, and insulation materials are used to fill the gap between the furnace and the shell. Silicon carbon rods or silicon molybdenum rods are used as heating elements, and when used in conjunction with a controller, the temperature can be measured, displayed, and controlled to maintain a constant temperature inside the furnace.

Detailed specifications

model Model	Rated power (kw)	rated temperature (℃)	rated voltage （v）	Working Voltage （v）	Empty furnace heating time (min)
SX-2.5-10	2.5	1000	220	220	≤60
SX-4-10	4		220	220	≤80
SX-8-10	8		380	380	≤90
SX-12-10	12		380	380	≤100
SX-2.5-12	2.5	1200	220	220	≤100
SX-5-12	5		220	220	≤120
SX-10-12	10		380	380	≤120
SRJX-4-13 silicon carbide rod type (elema)	4	1300	220	0-210	≤240
SRJX-5-13 silicon carbide rod type (elema)	5		220	0-210	≤240
SRJX-8-13 silicon carbide rod type (elema)	8		380	0-350	≤350
SRJX-2-13 single tube	2		220	0-210	≤45
SRJX-2.5-13 dual tube	2.5		220	0-210	≤45