About us – Sigma Mixer

Sigma mixer manufacturer

Abster Equipment is emerged as innovative sigma mixer manufacturer of mixing, blending & dispersing equipment based in Ahmedabad, India. Our experienced team understand requirement of different industries, which reflects in our equipment design. We manufacture equipment strictly as per user’s requirements oras per ASME guidelines. Sigma Mixer, Sigma Mixer manufacturer, Sigma Mixer Extruder India, All material treated with latest processing mills, welding joints handled with proper process and in house tests. double sigma mixer machine We have experience in designing every possible type of Sigma Mixer Machine, whether it is Sigma Mixer Kneader or Sigma Mixer Extruder or Single Arm Sigma Mixer or Double Arm Sigma Mixer or Standard or Heavy Duty or Food Grade or Industrial Grade. We did all types of jobs in last couple of years which enable us to accept any modern industrial challenge. Most of the business accounts from existing clients which itself is certificate of quality and level of customer satisfaction. Our organization is an ISO 9001:2008 certified and we are member of various engineering organizations. Our vision is to manufacture high quality equipment on competitive price meeting international standards.

Sigma mixer manufacturer Infrastructure

Our facility spread over total land area of 20,000 square feet with modern equipment for processing, testing and measuring of materials. We are having below in house facilities:
  • Plate thickness measuring instruments
  • Surface finish measuring instruments
  • Vertical machining centre
  • Hydraulic testing
  • Argon & orbital welding instruments
  • Buffing instruments
  •  

Sigma mixer manufacturer

Manufacturer & Supplier of Sigma Kneader Mixer. Our product range also comprises of Industrial Mixer Machines, Industrial Disperser and High Speed Shear Emulsifier.

Sigma Kneader

We have experience in designing every possible type of Sigma Mixer Machine, whether it is Sigma Mixer Kneader or Sigma Mixer Extruder or Single Arm Sigma Mixer or Double Arm Sigma Mixer or Standard or Heavy Duty or Food Grade or Industrial Grade. We did all types of jobs in last couple of years which enable us to accept any modern industrial challenge.

Infrastructure

Our facility spread over total land area of 20,00 square feet with modern equipments for processing, testing and measuring of materials. We are having below in house facilities:

  • Plate thickness measuring instruments
  • Surface finish measuring instruments
  • Vertical machining centre
  • Hydraulic testing
  • Argon & orbital welding instruments
  • Buffing instruments
Discharging a Sigma Blade Mixer How Does A Sigma Blade Mixer Mix? Ribbon Blender Design Features & Options Ribbon Blender Mixer Loading Levels Ribbon Mixer Blending Bulk Density Ribbon Mixer Blending Cohesion, Ribbon Blender Mixing Friability Ribbon Blender Mixing Mechanisms Ribbon Blender Mixing & Blending Applications Ribbon Blender Mixing Particle Size
Sigma Blade Mixer Blades, Sigma Blade Mixer Vacuum and De aeration Sigma Blade Mixers Sigma Blade Mixers with Cored Blades Sigma Blade Mixer Jacketing Type of Sigma Mixer blade Discharge of sigma mixer Sigma mixer working principle z arm mixer

Specification of sigma mixer

  1. sigma blade mixer
  2. ribbon blender mixing
  3. type of sigma mixer machine
  4. kneader or sigma mixer extruder
  5. sigma mixer extruder or single

Working Principle of Sigma Mixer

In Sigma mixer tangential action of mixing and kneading obtained by ‘Z’ type (SIGMA) shaped kneading blades, which rotates very accurately at different speed towards each other causing product to be transferred from one end to another end. Discharge of the finished product is achieved by tilting the container or through the valves at the bottom or by means of an extrusion screw beside the container.

The mixing action is a combination of bulk movement, stretching, folding, dividing, and recombining of the material. The shearing & tearing action of the material against blades and the side walls causes size reduction of the solids. After the time period required for sterilizing the batch has elapsed, the heating circuit shuts of the pneumatics damper (exhaust) opens and cooling operation commences.

In the tangential design, the blades rotate in the trough meeting tangentially. The front blade generally rotates faster than the rear blade usually in the ratio of 3:2. Tangential blades are generally used for material of higher viscosities such as adhesives, rubber compounds, flush colors, dyes, and pigments.

In the overlapping design, the blades overlap above the saddle of the container. Due to the overlapping action, it is necessary that the relative position of the two blades is unchanged, and as a result, both the blades rotate at the same speed. Materials that flow freely or creep down into the blades are mixed using the overlapping blade action. This design offers a faster interchange of material from one blade compartment of the mixer to the other. Overlapping blade action is used for materials of lighter viscosities such as carbon pastes, clay coating, creams, and ointments. The overlapping blade produces a lower kneading and shearing compared to the tangential blade action.