Mixing and blending (Agitator solution) Linus Projects

 BLENDING AGITATOR 

An oil blender is a specialised industrial machine used in a Blending Plant to precisely mix base oils and additives to create various lubricant formulations. An oil blender typically consists of a robust framework or chassis that supports its components and machinery. At the centre of the blender is the blending vessel or tank, which serves as the primary container for the blending process. This vessel is designed to hold significant volumes of base oils and additives and is equipped with mixing mechanisms to ensure thorough blending and uniform distribution of ingredients. Capacity ranges from 1 MT to 20 MT Blenders.

The blending vessel is constructed from either Mild Steel or Stainless Steel IS 2062 material and features an open top design with a partially dished bottom. A hinged top lid is provided for easy access to the main blender. At the bottom, a ball valve is installed for discharge purposes, along with a sample valve for quality control. Surrounding the main blender is an MS jacket, complete with inlet, outlet, drain, and vent fittings. Additionally, each vessel is equipped with a temperature probe and fittings to ensure precise temperature control. 



The output shaft of the gearbox is connected to a stator housing, which includes bearings, oil seals, and gland packings to ensure smooth operation. The blending vessel is designed to withstand temperatures of up to 200˚C and is insulated with rock wool and clad with GI sheets for enhanced thermal efficiency and durability.

FEATURES:

1. Precision Mixing: Oil blenders are engineered with precise mixing mechanisms, ensuring consistent blending to achieve the desired composition and quality.

2. Versatility: These blenders are adaptable to a wide range of base oils, additives, allowing for flexibility in production to meet diverse industry requirements.

3. Customisation: Many oil blenders offer customizable blending parameters, enabling operators to adjust mixing speeds, agitation levels, and other settings to optimise blending performance and meet specific product specifications.

4. Automated Controls: Advanced oil blenders feature automated control systems that monitor and regulate blending parameters such as mixing speed, temperature, and ingredient ratios, ensuring accurate and repeatable blending results.

5. Easy Maintenance: Oil blenders are designed for straightforward maintenance, with accessible components and features that facilitate routine upkeep tasks to minimise downtime and sustain optimal performance.

6. Safety Measures: These blenders incorporate safety features such as emergency stop buttons, safety interlocks, and protective guards to ensure operator safety during operation.

7. Hygienic Design: Constructed from sanitary materials and compliant with stringent hygiene standards, oil blenders prevent contamination and maintain the purity of the products.

8. Scalability: Oil blenders are scalable to accommodate varying production capacities, from small-scale operations to large-scale manufacturing facilities, ensuring suitability for different production demands.

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