This structured mixing tube has the characteristics of high efficiency, saving and durability.
Easy to replace with new mixing nozzle to use remaining adhesive in a cartridge.
The core of the C series round mouth static mixing tube is composed of spiral blades arranged in order.
When the two-component glue passes through each blade, it will be automatically divided into two parts, with excellent mixing effect and good interface sealing.
10 Pieces 18 Element mixing nozzle made of high quality plastic material PP and POM.
I. Introduction
Epoxy mixing nozzle is a tool that is used in the process of mixing epoxy resins. The nozzle has a unique design that allows for the proper mixing of the two-part epoxy system, which ensures that the resulting mixture is consistent and strong. Epoxy mixing nozzle has gained popularity in the construction, automotive, marine, aerospace, and DIY industries due to its efficiency and effectiveness in mixing epoxy. In this blog, we will explore the various aspects of epoxy mixing nozzle and the benefits of using it in epoxy applications.
II. What is Epoxy Mixing Nozzle?
Epoxy mixing nozzle is a tool that is used to mix two-part epoxy resins. It has a unique design that ensures that the two components of the epoxy system are thoroughly mixed before application. The nozzle is made up of two parts, the static mixer and the dispensing tip. The static mixer consists of a series of small chambers that are designed to mix the epoxy components. The dispensing tip is the part of the nozzle that is used to apply the mixed epoxy.
There are two types of epoxy mixing nozzles: disposable and reusable. Disposable epoxy mixing nozzles are designed for single-use applications, and they are discarded after use. Reusable epoxy mixing nozzles, on the other hand, are designed for multiple uses and can be cleaned and reused several times.
III. How Does Epoxy Mixing Nozzle Work?
Epoxy mixing nozzle works by using the static mixer to thoroughly mix the two components of the epoxy system. The two components are forced through the static mixer, which contains a series of small chambers. As the components pass through the chambers, they are mixed together, ensuring that the resulting mixture is consistent and strong.