SPS1 fully automated batching system

NegotiableUpdate on 11/26

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Nature of the Manufacturer: Producers

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Overview

SPS1 fully automated batching system weighing mixer is a new type of mixing equipment with high uniformity, low energy consumption, low residue, and low crushing

Product Details

SPS1 fully automated batching system

The weighing mixer is a new type of mixing equipment with high uniformity, low energy consumption, low residue, and low crushing. The device consists of two asymmetric spirals, which rotate around the axis while using the rotational action of the rotating arm to perform orbital motion inside the cone. Through the rotation of the spirals, the material is repeatedly lifted to achieve uniform mixing. This product has a wide range of applications and can mix powders with powders, powders with liquids, and easily stir fine powders, fibers, or sheet-like materials; This device is one of the earliest developed and applied mixers in the market.
Material specific gravity: ≤ 5g/cm ³ : 100-30000L
Application areas: Suitable for mixing and blending materials in industries such as pharmaceuticals, food, pesticides, dyes, chemicals, plastics, lithium battery materials, ceramics, fertilizers, rubber plastics, mortar, etc. (For more application areas, please click on "Free Consultation")
Applicable materials: Various powders and granular materials with a specific gravity of 5g/cm ³ or less, a liquid content of 20% or less, and a certain degree of fluidity; Such as pharmaceutical intermediates, food seasoning powders, insecticides, reactive dyes, dehydrated sludge, lithium cobalt oxide batteries, and more than a thousand other materials.
Product advantages
Rich application experience and highly targeted non-standard design capabilities of the fully automated weighing batching system, tailored to industry, raw material and finished product characteristics, pressure and temperature requirements, solid-liquid ratio, supporting processes, etc; Casgood will develop highly targeted solutions in driving devices, operability, sealing, and other aspects.
Reliable drive configuration is based on material properties, starting methods, and mixing methods to configure drive devices with different capabilities, powers, and output speeds.
The drive motor for the batching system of the weighing mixer adopts products from international first-class motor suppliers, such as Siemens, ABB, SEW and other commonly used reducers such as cycloidal pinwheel reducers or worm gear reducers. For the spray type, a combination structure of hard tooth surface reducers and cycloidal pinwheel reducers can be used (materials are sprayed from the middle for better effect). The powerful auxiliary components of the mixer can be installed and used, including coil steam jacket, honeycomb pressure resistant jacket, circulating medium jacket, online sampling valve, temperature detection, weighing system, dust removal and purification components. When a small amount of liquid is added, a liquid spray device needs to be configured, which is more conducive to the uniform dispersion and mixing of liquid in the main material. The liquid spray system consists of three basic components: pressure source, liquid storage tank and nozzle. We can customize various functional non-standard products, such as spray type, explosion-proof type, heating type, vacuum type, etc. The materials can be customized according to requirements, including carbon steel, SS304 stainless steel, SS316L stainless steel, SS321 stainless steel, and can also be lined with polyurethane or sprayed with high wear-resistant materials; Valves can be customized, such as plum blossom valves, butterfly valves, gate valves, ball valves, etc. The working principle of the double helix cone mixer is composed of a transmission part, a screw agitator, and an inverted cone barrel body. The mixer consists of two asymmetric spirals, which rotate around the axis while undergoing orbital motion within the cone due to the rotational action of the arm. The device repeatedly lifts the material through the rotation of the spirals, generating composite movements such as shear, convection, and diffusion within the cone, thereby achieving uniform mixing.