mim metal manufacturing technology for vacuum furnace requirements

An important factor in a vacuum sintering furnace mim metal forming technology has the ability to run a cost-effective process gas is economy and electricity consumption. Depending on the type of gas, the cost of these two elements in the sintering process can account for 50% of total costs. To save gas consumption, it must be implemented adjustable airflow dividing mode,

while ensuring degreasing and sintering process from contamination. In order to reduce power consumption and optimize the use mim technology manufacturing heating elements heat zone to reduce heat loss. To achieve these design features and development costs at a reasonable range, a modern resource-saving vacuum sintering furnace will use computational fluid dynamics tools to find the optimal airflow and heat mode.

Depending on the sintered parts by weight and the residual polymer content, mim metal binder technology will be different degrees gathered in the peripheral component (for example: exhaust pipes, pumps and hot zone), which will result in downtime in order to artificially cleaning and routine maintenance. If material net of 400kg (furnace volume>,

the binder content of 3% to 4%, then the polymer will be removed up to the degassing stage. Even so, mim technology exhaust gases majority (> 95%) should be collected (such as adhesive traps or wax separator) in particular condensation point due to manual cleaning and decontamination work, door-to-door cycle time will increase by more than two hours.