Lab 1600C High Vacuum High Temperature Microwave Sintering Furnace

Description

HAMiLab-HV is SYNOTHERM standardized most advanced high vacuum multi-function lab furnace. Besides of the entire ranges of features of Hamilab-V, It can achieve the microwave vacuum sintering systhesis, offer more advanced atmosphere control for air sensitive samples. Materials may be processed up to 1600 degree Celsius in a vacuum below 10-3Pa or in nitrogen or inert gases.

Features

- Adopt the industry-grade microwave source to ensure the furnace’s long time continuous steady running.

-Microwave output power adjustable freely, no gear limitation, to achieve accurate temperature control curve;

-Set with two-stage vacuum pump two gas passages (input output), it can offer accurate atmosphere control high vacuum for the materials sample.

-Adopt imported high-precision IR thermometer to measure directly the temperature of the sample.

-Be equipped with embedded micro-computer control system, offer manually operation, automatically operation, constant temperature operation three modes, shifted freely.

-All kinds of original crucibles insulation structures available for choice, no pollution to materials.

-It can deal with different kinds of materials, with good commonality;

-Set with the corrosion-resistant exhaust passage, exhaust rapidly the gas produced in the heating process.

-Touch screen display operation, equipped with windows operation system, able to be connected with PC; Capable of set store many temperature control curves. Store automatically running records, compatible with printer; real time display the temperature control curve, to achieve the dynamic monitor of the heating process;

- Safe reliable microwave shield design, multi-ply protection from microwave leakage.

Application Field

Besides of the entire application area of HAMiLab-V atmosphere furnace, it can also be applied to fhe following areas:

Iron-based cooper-based powder metallurgy Kentanium’s sintering

Neodymium iron boron etc magnetic materials’ sintering

Metal powder materials’ nitridizing carbonizing

Technical specification