intensive mixer

Intensive Mixer | Compare These Two Powerful Mixers for High-Viscosity Materials
Intensive mixer with sigma blade in closed chamber
25 Jul 25

Intensive Mixer vs Internal Mixer: What’s the Difference?

In the world of industrial mixing, there are two kinds of mixers commonly used ,they are : Intensive Mixer and Internal Mixer. Both of these two mixer are used to process high-viscosity materials like rubber compounds, plastic , ceramic pastes, color master batch ,chemical industries and thermoplastics etc. Although these two types of mixing mixer […]
Read More
Industrial internal mixer used in rubber and plastic production lines
20 Jul 25

What Is an Internal Mixer Machine and How Does It Work?

The internal mixer machine are also known as a Banbury mixer ,it is a powerful industrial mixing machine , specially designed used to mix ,knead and homogenize high-viscosity materials like rubber, silicone ,plastics, polymer composites and ceremic powder etc. This high viscosity rubber internal mixer is widely used in rubber manufacturing, plastic masterbatch processing, and […]
Read More
Intensive Mixer for Polymers
02 Jun 25

The Differences Between TPE and TPR:

When it comes to flexible, rubber-like materials, TPE and TPR are two popular thermoplastic elastomers ,which are widely used in various manufacturing, from automotive ,electrical cables to medical ,sport industries. In many cases ,these two material are similar , however, there are several important differences between TPR and TPE material . In this blog, we […]
Read More
Kneader Machine for Rubber Mixing
03 Apr 25

Why Are Industrial Dispersion Kneaders Widely Used in the Chemical Industry?

The chemical industry demands precision, efficiency, and consistency in mixing and compounding processes. Among the various mixing machine, one of the most efficient equipment is industrial chemical dispersion kneaders which have been widely used in the mixing and plasticizing processes of materials in various fields such as rubber, plastics, and chemicals , thanks to their […]
Read More