Laboratory 90L Vacuum Drying Oven for Lithium Battery Material Baking

Features :

1.Cuboid Studio to achieve the maximum of effective volume, temperature control precision and reliable by the microcomputer temperature controller. With tempered bullet-proof double glass door, easy for observe the studio at a glance.   2.Tightness of the chassis door completely arbitrary regulation by the user, the overall shape of the silicone rubber door seals, to ensure a high vacuum degree.   3.Chamber is made of stainless steel (or wire-drawing sheet), which ensure durability.   4.The storage, heating, experimentation, drying will be implemented in the environment without oxygen or filled with inertia gas. Therefore it will not be oxidized.   5.Minimum heating time 50% less than traditional vacuum oven.

Parameters :

Model	DZF-6090 Vacuum Drying Oven
Source voltage	AC220V 50HZ
Power	1400W
Warranty	One Year Limited Manufacture Warranty with Life Time Support
Temperature range	RT+10-250℃
Temperature fluctuation	0.1℃/±0.5℃
Vacuum degree	-0.1MPa
Inner box size(L*W*H)	450*450*450mm
Dimension(L*W*H)	615*590*1470mm
Temperature controller	1 High precision microcomputer temperature controller, accurate temperature control 2 Working temperature can be set and working time can be set for 0-9999min. 3 When time reach, sound alarm, and when any error, also alarm. function
Inner box material	304 stainless steel
Outside shell material	High quality cold-rolled steel plate electrostatic spray
Box door	Toughened bulletproof double glass door
Safety device	With over temperature protection, grounding etc
Shelf	2 or 3pcs 1. Solid stainless steel shelf, guarantee the oven temperature 2. Mesh stainless steel shelf can be also chosen
Ambient temperature	+5~40℃

AOT-HLC-42L Vacuum Drying Oven

The Vacuum Drying Oven adopts heat radiant wall system providing optimal uniformity and conserves chamber space for drying, curing vacuum embedding, and plating applications

vacuum oven features

1. Vacuum environment greatly lowered the liquid’s boiling point which needs to be driven away; therefore the vacuum dry method can be applied into heat sensitivity material.

2. For the samples which can't be dried easily, such as powder or other pellet form sample, using vacuum dry method may effectively reduce drying time. 

3. Various complex structures of machinery ministry or other porous sample process use vacuum dry method after washing will not leave any residue.

Exhibition

Certificate

1、What is a battery oven

The battery oven, also known as the battery vacuum oven or vacuum drying oven, is an indispensable device in the battery manufacturing process. It is mainly used for drying, baking and other process steps to remove water in the material and improve the quality and performance of the battery. The battery oven uses a vacuum environment to reduce the boiling point of water, accelerate water gasification, and extract water vapor by vacuuming, and then fill with nitrogen to maintain a dry environment. This device is particularly important in the manufacture of lithium batteries, because moisture has a significant impact on the performance of lithium batteries, including voltage, internal resistance, self-discharge and other indicators.

2、The role of the battery oven

The battery oven plays an important role in the battery manufacturing process. Its main role is to ensure the dryness of the battery by baking the battery and its components at high temperature to remove internal moisture and harmful substances. This treatment helps to improve battery performance, stability and service life

3、The operation process of the battery oven

The operation process of the battery oven mainly includes the following steps: First, put the battery into the oven, and close the oven door; Secondly, start the vacuum pump to extract the air in the oven to form a vacuum environment; Then, the oven is heated by the heating system, so that the water, impurities and gases inside the battery can be volatilized and discharged; Finally, the temperature and vacuum degree in the oven are maintained at a certain time and temperature to ensure that the material inside the battery is adequately heat treated and cured. This process is designed to improve the performance and safety of the battery and extend its service life.