Product Number:JH- AB300R
Product Usage:2 component dispensing valves are primarily used for precise mixing and dispensing of materials that require special mixing power, such as foamed polyurethane, low-viscosity silicone, and other two-component chemicals that are difficult to mix. They are commonly used in applications such as encapsulation, gasketing, potting, urethane, sealing and molding. This dispensing system consists of rugged components and sophisticated controls that continuously mix and dispense materials, reducing maintenance downtime and optimizing material use.
Applicable Industries:The two-component dispensing head is a high-precision system designed for precise mixing and dispensing of two-component materials such as sealants and adhesives. They are widely used in multiple industries such as consumer electronics, automotive, solar energy, food packaging, cosmetics, pharmaceuticals, chemicals, steel, paint and 3D printing. These dispensing heads increase production efficiency, reduce material waste, and optimize the automation level of the production line.
National Advisory Hotline:
+86 189753354912 component glue dispensing head
The two-component dispensing system uses two screw valves for high-precision flow control. It is a dispensing system developed mainly for automatic mixing and quantitative dispensing of AB glues such as epoxy resin and polyurethane, two-component glue, and multi-component fluids.
< Two-component screw dispensing system>
• The volumetric metering and filling system of the double-liquid screw valve (two-component screw pump) is based on the principle of infinite pistons. The seal between the rotor and the stator is designed. The rotor rotates in the core of the stator to realize the quantitative delivery of the colloid. Fluids of low to high viscosity.
• At the heart of each application is a volumetric delivery metering pump that ensures pressure stability and pump linearity, determining the relationship between pump speed, time and flow, so constant material can pass through time or pump rotation Speed to achieve metering.
• From low to high viscosity, abrasive and structure sensitive high fill fluids, dispensing is not affected by viscosity.
• The double-liquid screw valve is driven by a double closed-loop control motor, which can easily control the mixing ratio of the two component colloids, control the time and speed of the motor, and can quickly
Change the size of the glue output and apply colloids with different viscosities.
< Stator and Rotor >
• A sealed space is formed at the junction of the rotor and the stator, and the motor continuously extrudes glue particles by rotating the rotor to form a stable glue spit effect.
< pressure sensor >
• Compact structure, corrosion resistance, large measuring range, sensitive response, prevent glue bursting.
< Valve Body Control >
• Precisely control the double closed-loop control motor, easily control the mixing ratio of the two component colloids, control the time and rotation speed of the motor, and quickly change the size of the glue output and apply colloids with different viscosities.
• Further improve dispensing efficiency, precision and save glue.
Video demonstration:
Double-group dispensing heads have high glue quantity control accuracy
Technical Parameters:
model |
flow per revolution |
Glue speed |
Recommended mixing ratio |
Valve net weight |
JH300-300 |
0.024mL |
0.24mL/min~2.96mL/min |
1:1~1:3 |
About 1.35kg |
JH450-300 |
0.062mL |
0.62mL/min~7.48mL/min |
1:2~1:5 |
About 1.375kg |
JH600-300 |
0.152mL |
1.52mL/min~17.48mL/min |
1:10~1:20 |
About 1.55kg |
JH700-300 |
0.542mL |
5.42mL/min~61.48mL/min |
1:40~1:60 |
About 1.55kg |
JH450-450 |
0.1mL |
1.0mL/min~12mL/min |
1:1~1:3 |
about 1.4kg |
JH600-450 |
0.19mL |
1.9mL/min~22mL/min |
1:3~1:10 |
About 1.575kg |
JH700-450 |
0.58mL |
5.8mL/min~66mL/min |
1:10~1:30 |
About 1.575kg |
JH600-600 |
0.28mL |
2.8mL/min~32mL/min |
1:1~1:3 |
about 1.62kg |
JH700-600 |
0.67mL |
6.7mL/min~76mL/min |
1:2~1:5 |
about 1.62kg |
JH700-700 |
1.06mL |
10.6mL/min~120mL/min |
1:1~1:3 |
about 1.62kg |