-
E-mail
service@shanghailitu.com
-
Phone
18601671098
-
Address
4F, No. 288 Zhengong Road, Fengxian District, Shanghai
Shanghai Litu Ultra High Voltage Equipment Co., Ltd
service@shanghailitu.com
18601671098
4F, No. 288 Zhengong Road, Fengxian District, Shanghai
Specification Model
Name: Ultra high pressure cell wall breaking homogenizer
Brand: Litu
Model: TQJ-110X15
Size:
Weight:
Performance parameters:
Work pressure: 0~1500bar/150MPa
Work flow rate: 5-15L/H
Standard voltage: 220V/380V
Standard power: kw
Minimum processing capacity: 25ml
Maximum feed particle size: ≤ 500um
Maximum feed viscosity: ≤ 10000cPs
Temperature control: 4-6 ℃
Features
The pump body is designed as a split type, easy to disassemble and clean.
The whole machine is designed for GMP and can perform SIP/CIP operations online.
★ With ultra-high pressure design, the pressure can reach 2000bar/29000psi.
★ One stage turbulent homogenization valve design, with optional alloy, diamond, or ceramic valve components.
★ Online built-in jacket temperature control of 4-10 ℃.
★ Digital pressure display, accurate to 1 bar.
★ PLC touch screen control, data can be monitored, copied, and stored.
★ Variable frequency control device with soft start function.
★ The flow rate can be adjusted according to the production volume without consuming materials.
★ Online emptying, achieving zero residue inside.
★ The power end is equipped with a high-power motor to ensure stable operation under high voltage.
★ Special feeding valve design, no need for exhaust, can directly feed.
★ Zero residual material content, especially suitable for the research and development of expensive pharmaceutical raw materials.
The whole machine has patent intellectual property protection.
★ Passed ISO9001 quality management system certification.
★ Passed the EU CE mechanical safety certification.
Scope of application:
Laboratory specific type, suitable for products related to Escherichia coli, yeast, animal cells, plants, seaweed, etc.
Working Principle:
1. High pressure plunger pump machine
2. Homogeneous valve group
3. Cell Wall Breaking Diagram