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Drum Flakers Manufacturers

Mathesis Engineers are the leading Drum Flaker Manufacturers. Drum flaking is a continuous process to cool an incoming molten product by applying it in a thin layer to a revolving drum on which the material cools, solidifies, and is flaked. We provide reliable and customized solutions for processing liquid products to obtain solid flakes.

Drum Flakers
Drum Flaker Manufacturers in India

Drum Flaker Manufacturers in India

Mathesis Engineers are the leading Drum Flaker Manufacturers in India, delivering reliable and customized solutions for processing liquid products to obtain solid flakes. It is a continuous process to cool an incoming molten product by applying it in a thin layer to a revolving drum on which the material cools, solidifies, and is flaked.

Drum Flakers are utilized in food, chemical, environmental, and pharmaceutical applications for products such as acetic acid, calcium chloride, caustic soda, edible oils, fatty acids, polyethylene glycol, stearic acid, waxes, and zinc stearate.

Continuous Contact Solidification in Process Industries

A Drum Flaker consists of a rotating drum with a cooling liquid sprayed on the inside and an applicator by which the product-specific application method applies the molten product to the drum surface. Standard application methods include a dip feed pan (usually used for low-viscosity products), an applicator roll (usually used for heat-sensitive products), or an agitator roll (usually used for super-cooling products).

The solidified product is 100% removed from the drum surface by a rigid knife bar assembly. Precision construction and machining assure uniform, efficient heat transfer across the entire cooling surface. Standard drum materials of construction can range from cast iron to stainless steel and Hastelloy, built to comply with ASME standards.

Enclosures specifically suited for dust containment or toxic vapor containment are provided, with nitrogen purging available for sensitive materials. Due to various types of products and operating environments, almost all aspects of a drum flaker's mechanical design, operating components, and ancillary equipment are customizable to meet individual application needs.

Types of Drum Flakers

Being leading Drum Flaker Manufacturers, we provide below types and feeding configurations of Drum Flakers:

Dip Feed Pan Drum Flaker (Bottom Dip Flaker)

Dip Feed Pan Drum Flaker (Bottom Dip Flaker)

In a Dip Feed Pan Drum Flaker, the rotating drum dips directly into a heated feed pan containing the molten liquid. As the internally cooled drum rotates through the molten bath, a uniform thin film adheres to the cold drum shell, solidifies rapidly via conduction, and is flaked by the doctor blade. This configuration is widely chosen for low-to-medium viscosity melts with good surface wetting characteristics.

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Applicator Roll Drum Flaker (Roll Feed)

Applicator Roll Drum Flaker (Roll Feed)

Applicator Roll Drum Flakers utilize an auxiliary heated transfer roll to pick up molten product from a shallow feed trough and apply a precisely metered, thin liquid film onto the primary cooling drum. This design prevents prolonged heat exposure of thermally sensitive materials and allows precise control over film thickness even when handling foaming or viscous liquids.

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Agitator Roll Drum Flaker (Super-Cooling Flaker)

Agitator Roll Drum Flaker (Super-Cooling Flaker)

Agitator Roll Drum Flakers feature a specially profiled agitating roller operating inside the feed pan adjacent to the flaker drum. The continuous mechanical agitation maintains bath homogeneity, prevents premature crusting or settled crystallization, and promotes rapid super-cooling for chemical compounds that exhibit crystallization lags.

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Double Drum Flaker / Twin Roller Flaker

Double Drum Flaker / Twin Roller Flaker

Double Drum Flakers utilize two counter-rotating internally cooled drums with molten liquid introduced into the nip between the rolls. An adjustable nip gap provides exact micrometer control over film thickness, while dual rigid doctor knife assemblies double the flaking output within a compact floor space.

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Vacuum & Pilot-Scale Drum Flaker System

Vacuum & Pilot-Scale Drum Flaker System

Engineered with a vacuum-tight containment chamber and optional nitrogen inerting, Vacuum Drum Flakers enable continuous low-temperature solidification of oxidizable, hazardous, or toxic compounds. Mathesis maintains pilot-scale testing flakers to evaluate process kinetics and accurately scale up to commercial production plants.

Read Details
Dip Feed Pan Drum Flaker (Bottom Dip Flaker)

Dip Feed Pan Drum Flaker (Bottom Dip Flaker)

In a Dip Feed Pan Drum Flaker, the rotating drum dips directly into a heated feed pan containing the molten liquid. As the internally cooled drum rotates through the molten bath, a uniform thin film adheres to the cold drum shell, solidifies rapidly via conduction, and is flaked by the doctor blade. This configuration is widely chosen for low-to-medium viscosity melts with good surface wetting characteristics.

Read Details
Applicator Roll Drum Flaker (Roll Feed)

Applicator Roll Drum Flaker (Roll Feed)

Applicator Roll Drum Flakers utilize an auxiliary heated transfer roll to pick up molten product from a shallow feed trough and apply a precisely metered, thin liquid film onto the primary cooling drum. This design prevents prolonged heat exposure of thermally sensitive materials and allows precise control over film thickness even when handling foaming or viscous liquids.

Read Details
Agitator Roll Drum Flaker (Super-Cooling Flaker)

Agitator Roll Drum Flaker (Super-Cooling Flaker)

Agitator Roll Drum Flakers feature a specially profiled agitating roller operating inside the feed pan adjacent to the flaker drum. The continuous mechanical agitation maintains bath homogeneity, prevents premature crusting or settled crystallization, and promotes rapid super-cooling for chemical compounds that exhibit crystallization lags.

Read Details
Double Drum Flaker / Twin Roller Flaker

Double Drum Flaker / Twin Roller Flaker

Double Drum Flakers utilize two counter-rotating internally cooled drums with molten liquid introduced into the nip between the rolls. An adjustable nip gap provides exact micrometer control over film thickness, while dual rigid doctor knife assemblies double the flaking output within a compact floor space.

Read Details
Vacuum & Pilot-Scale Drum Flaker System

Vacuum & Pilot-Scale Drum Flaker System

Engineered with a vacuum-tight containment chamber and optional nitrogen inerting, Vacuum Drum Flakers enable continuous low-temperature solidification of oxidizable, hazardous, or toxic compounds. Mathesis maintains pilot-scale testing flakers to evaluate process kinetics and accurately scale up to commercial production plants.

Read Details

Engineering, Pilot-Run Testing & Scale-Up

Being leading Drum Flaker Manufacturers, we at Mathesis Engineers design the drum flakers as required by the product specification and process, and then take pilot-runs, which give us reliable empirical data to scale up for the correct flaker configuration and drum surface area to meet each individual process design application.

The drum length of any given drum diameter can be adjusted for exact cooling surface area requirements to meet and balance upstream (molten liquid) process and downstream (flaked solid) capacity design.

Cooling drums require precision construction and machining to assure uniform, efficient heat transfer. Standard drum materials of construction can range from cast iron to stainless steel and Hastelloy, built in strict compliance with ASME standards.

We provide reliable and customized solutions for processing liquid products to obtain solid flakes. Due to various types of products and operating environments, almost all aspects of a drum flaker's mechanical design, operating components, and ancillary equipment are customizable to meet individual application needs.

Quality Assurance & Compliance

Quality is integrated throughout every stage of our engineering and manufacturing process, from design and material selection to fabrication, inspection, testing, and final delivery.

Mathesis Engineers develops mechanical designs based on customer process parameters and applicable standards, including IS 2825 and ASME Section VIII wherever specified. Quality is maintained through controlled fabrication, inspection, testing, and third-party inspection when required.

Our quality philosophy focuses on:

ASME Section VIII Compliance
IS 2825:1969 Standard
Engineering Accuracy
Precision Fabrication & Machining
Quality Inspection
Third-Party Inspection

We Provide Equipment Solutions

Customized Processing Solutions: Liquid Products to Solid Flakes

At Mathesis Engineers, we are not only fabricators—we are process designers, mechanical engineers, and chemical engineers delivering complete engineering solutions. Our integrated approach enables us to design, manufacture, install, and commission high-performance process equipment for a wide range of industries.

Custom-Engineered Drum Flakers
Dip Feed Pan Flaking Units (Low Viscosity)
Applicator Roll Flakers (Heat-Sensitive)
Agitator Roll Flakers (Super-Cooling)
Dust & Toxic Vapor Containment Enclosures
Nitrogen-Purged Solidification Units
Pilot-Run Scale-Up Drum Flakers
Turnkey Flaking, Tray & Conveyor Systems

Features & Benefits of Drum Flakers

FeatureBenefit
Completely Enclosed SystemCompletely enclosed and thus safe cooling system with dust or toxic vapor containment.
Multi-Industry ApplicationsSuitable for chemicals, pharmaceuticals, environmental recovery, and food processing.
Flexible Feed CapabilityFlexible for different sludges, continuous pumpable hot melts, and varied viscosities.
Nitrogen PurgingInert nitrogen blanketing protects oxidation-sensitive, volatile, or toxic products.
100% Product RemovalSolidified product is 100% removed from drum surface by rigid knife bar assembly.
Minimum Space RequirementCompact vertical drum architecture occupies minimum plant floor space.
Low Operating & Maintenance CostsDirect contact cooling with minimal moving parts slashes ongoing utility and maintenance costs.

Products Handled & Industrial Applications

Chemical & InorganicsSolidification and flaking of Caustic Soda (NaOH), Calcium Chloride, Acetic Acid, Sulfur, and inorganic salts.
Oleochemicals & StearatesCooling and flaking of Stearic Acid, Zinc Stearate, Fatty Acids, Palm Fatty Acid Distillate (PFAD), and Fatty Alcohols.
Polymers, Resins & WaxesFlaking of Waxes (Paraffin Wax, Polyethylene Wax), Hot Melt Resins, Epoxy Resins, and Phenolic Compounds.
Pharmaceuticals & APIsHygienic contact cooling of Polyethylene Glycol (PEG), pharmaceutical intermediates, and active bulk ingredients.
Food Processing & Edible OilsSolidification of Edible Oils, hydrogenated vegetable fats, cocoa butter substitutes, and food-grade emulsifiers.
Environmental & SludgesSolidification, volume minimization, and flake recovery from chemical, environmental, and effluent sludges.
MATHESIS ADVANTAGE

Why Choose Us as Your Drum Flakers Manufacturers, Suppliers, and Exporters?

Leading Drum Flaker Manufacturers (44+ Years)

Decades of proven leadership in precision chemical engineering, heat transfer, and mechanical fabrication for process industries.

Pilot-Run Testing for Accurate Scale-Up

We conduct pilot-runs to obtain reliable data, enabling exact sizing of drum diameter and length to balance upstream and downstream capacities.

100% Product Removal by Rigid Knife Bar

Precision-machined rigid knife bar assemblies guarantee 100% removal of solidified product with uniform flake sizing and no drum scoring.

ASME Compliance & Exotic Metallurgy

Built to comply with ASME standards in cast iron, carbon steel, SS304, SS316L, and Hastelloy with precision-ground heat transfer surfaces.

Dust & Vapor Enclosures with Nitrogen Purge

Total containment enclosures engineered for toxic vapors or dusty environments with integrated nitrogen purging for operator safety.

Looking for Customized Drum Flakers?

We provide reliable and customized solutions for processing liquid products to obtain solid flakes. Our engineering team designs drum flakers as required by your product specification and conducts pilot-runs for exact scale-up. Let's Build an Efficient Process Together.

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