德国古斯塔夫·爱立许混合制粒干燥冷却加热反应(Gustav Eirich )

爱立许混合技术与特定任务的外围干燥设备的混合制粒加热反应干燥行使对产品性能的更^的控制冷却的选择范围可以扩大。过程工程基本操作，如
混合，制粒，加热，反应，干燥，冷却，可以实现同时或之后其他的只是一台机器，
这是实现创新的爱立许的原始材料进行测试的技术，它可以在爱立许测试中心。

• 在大气压力下接触干燥和真空接触干燥的实验室技术（包括防爆）
• 真空热蒸汽在Evactherm ^®混频器在闭合电路模式下，集成了蒸发冷却
• 干燥的含水材料系统用热空气或烟气

• 排放干燥（防爆）

爱立许干燥技术的优点的总结：

• 任何一致性可以没有问题的处理 - 无需预调
• 无重大积聚在加热墙壁或安装部件
• 颗粒与粉密度^高密度/
• 密封件是与产品不直接接触
• 易变化的公式短的启动时间和停止时间
• 在很宽的范围内调节水分和产品质量 - 从粉状到粒状

Mixing Granulating Heating Reacting Drying Cooling
The range of options for exercising more accurate control over product properties can be broadened by supplementing the Eirich mixing technology with task-specific peripheral drying equipment. Fundamental process engineering operations such as
mixing, granulating, heating, reacting, drying, cooling can be implemented simultaneously or one after the other in just a single machine.
This is achieved with innovative Eirich technology which can be tested with the original materials at the Eirich test center.

Laboratory technology (including Ex-proof) for contact drying under atmospheric pressure and vacuum contact drying
Vacuum hot vapor dying in Evactherm® mixers operating in closed circuit mode with integrated evaporation cooling
Drying of aqueous material systems with hot air or flue gases
Emission-free drying (Ex-proof also available)
A summary of the advantages of Eirich drying technology:

Any consistency can be processed without problems – no need for pre-conditioning
No material build-up on heated walls or installed parts
Granulates with the highest densities/powder densities
Seals are not in direct contact with the product
Easy change of formulas with short start-up and stop times
Moisture and product quality adjustable over a wide range - from powdery to granular