1. Littleford Day Inc.
Where Processing Ideas become Reality.

2. Plastics Littleford Day Inc. Where Processing Ideas Become Reality.
Mixing, Dispersion, Compounding and Drying Equipment for the Plastics Industry
Littleford Day Inc.
Where Processing Ideas Become Reality.

3. Littleford Equipment for the Plastics Industry Presentation Index
Page Contents
4 TECHNICAL DATA The “Fluidized-Bed” Option for Mixing & Drying Plastics.
AND EQUIPMENT Liquid Dispersions into Resins.
SPECIFICATIONS: The Horizontal “Fluidized-Bed” Mixer for Plastics.
How do we build them.
Regular Sizes of the Horizontal Mixers.
The “Fluidized-Bed” Mixing Advantages.
Our High Intensity Vertical Mixers.
Our Horizontal Coolers.
Regular Sizes of High Intensity Vertical Mixers and Horizontal Coolers.
Complete Compounding Centers.
Pellets. Integrated Systems.
Drying Plastics with Littleford.
The advantages of “The Chopper” for drying.
APPLICATIONS: Reinforced Thermoplastics.
Plasticized PVC Dry Blend.
Reinforced Thermosets.
Plastisols.
Glass Reinforced Polyesters (BMC).
Sheet Molding Compounds (SMC).
Color Concentrates.
Plastic Powder Coatings.
Drying.
Surface Coating.
Thermoplastic Resins.
PVC Compounding and Cooling.
SUPPORT: Rental Program
30 Service and Spare Parts
Process Development and Technical Center.

4. The “Fluidized Bed” Operation for Mixing & Drying:
Liquid dispersion is done by spraying
liquids against fluidized powder, by
Top and / or Bottom Mounted Nozzles.
The unique action created by the movement of
the mixing elements produce intense but
gentle intermingling of the materials of the
mix in a mechanically fluidized bed.
The unique mixing action
of the FKM series mixers
is accomplished by a
horizontal shaft which
revolves at a high rate of
speed rapidly projecting and
hurling the mix materials away
from the vessel wall into
free space, filling the
entire vessel. The mixing
action causes the materials
to crisscross in the direction
of the vessel walls and
inversely back again,
providing a high volume rate
of material transfer. The
mechanically fluidized bed
of particles is the basis of
it´s mixing efficiency and
accuracy, including mixtures
with diverse specific gravities
as well as other problems such
as liquid incorporation and
heat transfer.
Mixing elements are
designed to force the
product into appro-
priate components of
axial & radial motion.
High-Speed Blending Choppers enhance mixing
action by controlling particle size and trace
ingredient dispersion, usually without the need
for additional process steps.

5. sprayed liquids flowing in the opposite direction.
Chopper Action, sending fluidized particles upward, against
sprayed liquids flowing in the opposite direction.
Superb Liquids Dispersion into Powders, through high speed Choppers
(Showing Top Injection Type. Bottom Liquids Injection also available)

6. Manufacturing Options:
Vacuum System:
Stack (s)
Pulse Back Filter (s)
Condenser, Receivers.
Vacuum Pumps.
Material: C.Steel, 304 S.S., 316 SS., Special.
Interior: Std. #120 Grit or higher.
Liquid Injection: Tower, Manifold.
Top and / or Bottom Mountings.
Vessel Construction:
Atmospheric Std.,
Vacuum Rated,
Pressure Rated,
Sanitary Construction.
FDA Ratings.
Electric's: H.P., TEFC,Expl.Proof.
Feeding Ports
Drive Type.
Sanitary or Welded Design
RPM´s: 1 or 2 Speeds,
Variable Speed.
Hydraulic Coupling.
Seals: Std. Packing,
Positive Pressure
Mechanical.
Plows: Std.,Heat Transfer, Becker
Jacket. Std. 75 PSI
Other PSI Ratings
Heating & Cooling
Special Bases, Load Cells.
Choppers: H.P., TEFC, Expl.Proof
Blade Types
Discharge Valve :
Manual,Pneumatic.
Ball type, Butterfly,
Spherical & Slide
Options.
Control Panels: Manual, Automatic. RPM Control
Batch Times, Amp,Power,Reports

7. How do we build them: Vacuum Systems Pulse Back Filters.
Standard or Sanitary Construction.
TEFC or Explosion Proof Electric's.
Full Vacuum or rated for several
Internal Pressure Ratings.
Single or Variable Speeds.
Vacuum Systems
Pulse Back
Filters.
Shell in Carbon Steel
304 SS or 316 SS
#120 Grit finish.
Liquid Dispersion
Systems.
Access ports with safety
limit switches.
Littleford
Reinforced
Shafts and
Drives.
Std.Packing,
Air type &
Mechanical
Seals
Jacket designed
for high rates of
thermal
transference.
75 PSIG
Mixing Plows designed to create
a fluidized bed and excellent
thermal transfer.
High Speed Choppers, for
granulation control, lump
breaking & dispersion
Contour discharge Valve, for No-Dead Spots

8. Regular sizes for Horizontal Mixers:
Working capacity depends on the process, and is
normally between 50% and 70% of total capacity.
TOTAL CAPACITY DIMENSIONS *
Model Liters Gallons Cu.Ft A B C
FKM-300-D ” ” 35”
FKM-600-D ” ” 43”
FKM-1200-D ” ” 43”
FKM-1200-E ” ” 50”
FKM-2000-D ” ” 51”
FKM-2000-E ” ” 60”
FKM-3000-D ” ” 60”
FKM-4200-D ” ” 68”
FKM-6000-D ” ” 80”
FKM-8000-D ” ” 80”
FKM D ” ” 80”
FKM D ” ” 92”
FKM D ” ” 96”
FKM D ” ” 107”
FKM D ” ” 110” A B C
* Aprox. Vessel Dimensions
Littleford Day Inc.

9. The Littleford Advantages:
Littleford Ribbon Tumbling P. Kelly Nauta Sigma
Process FKM / DVT Blender Mixers Types Types Units
Littleford Day Inc.
Where Processing Ideas Become Reality. X X X
Accurate mixing of different
density components.
Yes
Poor X
Complete dispersion of liquids
with dry powders.
Poor
Partial
Partial
Poor X X X
Lump breaking, for control of
particles sizes.
Poor
Partial X X X X X
Fluidized-Bed particle movement
for higher heat transfer. X X X X X
Extremely fast Batch Times of
2-4 Minutes on dry powders. X X X
Continuous deagglomeration
for more efficient drying.
Poor
Partial

10. Our High Intensity, Vertical Mixers:
Manual or Automated
Operations ...
Cover:
Pneumatic Operation.
Vent Bag & Support
Feeding Inlet Ports.
High Strength
Vessels with 1/2”
Insulation, SS-304
Construction
Deflector Blade with
thermocouple/liquids tube
Impellers designed for
homogenous Temp. raise,
& High Dispersion.
Coated with Abrasion
Resistant Materials.
Designed to avoid
Over-Heated and
Wearing spots.
Littleford
Belt Drive with Special High-Torque
motor, reinforced shaft, insulation &
bearings.
One or Two Speeds.
Discharge Valve:
Pneumatic Operations,
Manual or Temp. Controlled
Perfect Seal to avoid leaks.

11. Our Horizontal Coolers:
Cooling Jacket designed for high rates of
thermal transference. For 45 PSIG
Feeding, Double Batch and
Vent Ports.
Reinforced
Shafts and
Drives.
Littleford
Contour discharge Valve
Access ports with safety
limit switches.
Cooling / Mixing Plows designed
to create a fluidized bed and excellent
thermal transference.
Typical Cooling for PVC: From 240° to 120° F.

12. High-Intensity Vertical Mixers. Horizontal Coolers.
Specifications and Regular Sizes.
Littleford High Intensity Mixers:
Specification W W W W W W-2000
Working Cap C.F C.F C.F C.F C.F C.F.
Batch Weight # # # # # #
Horsepower /50, /100, /125, /250, /350, /500,500
Littleford Horizontal Coolers:
Specification K K K K K K-6600
Working Cap C.F C.F C.F C.F C.F C.F.

13. Complete Compounding Centers
Extra
Hoppers
Liquid Addition
System.
CONVENIENCE:
Resin Weight Hopper
FANCY: Minor Ingredients
Addition Systems
THE HEART: Mixer.
One or Two Speeds
MODERN:
Double Batch Op.
Littleford
USUAL COMPLEMENT:
High efficiency cooler
Littleford Day
Integral Solutions for PVC
Pneumatic
Transport
To Bins

14. Pellets. Integrated Systems
Liquid Addition
Capacities:
LPS180: Kg/Hr.
LPS400:
LPS1200: 1,000
Dust Collector
Weight Bin
Pellets Cooler
Mixer
Littleford
Cooling Fan
Extrusion
Bin
Pelletizing
Head
Pneumatic Conveying
Fan
Extruder (Optional)
Pre-Assembled Plants for PVC Pellets manufacturing.

15. Drying Plastic Resins In The Littleford.
1.-High efficiency drying of Suspensions, pastes, and bulk materials.
2.-Fast drying cycles and discharge.
3.-Allows efficient drying of sensitive materials at low Temperatures.
4.-Complete dispersion of agglomerates, lumps and fiber bundles.
5.-Homogeneous mixing of dissimilar ingredients.
6.-Drying operations from liquid state to free-flowing powder in one vessel.
7.-Allows liquid addition during processing.
8.-Adapts itself to effective recovery of costly solvents.
9.-Eliminates need for additional processing equipment.
The Key to this State-of-the Art drying
technology is the unique, mechanically
fluidized ploughshare action which agi-
tates and individualize the solid parti-
cles to be dried. The ploughshare action
forces the product into a 3-dimensions
motion that individualizes each particle,
continuosly exposing tremendous surface
area for drying The particles constantly
contact one another, and the heated inte-
rior walls of the jacketed vessel furthering
the drying process Our dryers are also
equipped with independently operated,
high shear choppers, to reduce the particle
size of the lumps or agglomerates, to expo-
se undried materials and ensure thoroughly
dried particle interior. Deagglomeration
further shortens drying time.
Heated Pulse Back
Filter with Stack.
Wet Product
Condenser
Littleford
Dryer.
Dry Product
Recovery
Tank.
Vacuum
Pump.

16. Advance Drying: The Chopper Advantages in Drying:
Fast, efficient drying without lump formation M O I S T U R E
DRYING TIME
PASTE GRANULE POWDER
Internal Drying
without Choppers
External Drying
with Choppers
The action of the turbulent plows and the high shear choppers reduce the forming lumps
to smaller granules, thus exposing large amounts of new surface area for drying.

17. Reinforced Plastics Mix Includes: Thermoplastic Powders.
Beads & Chopped Strand Fiberglass.
Prior to extrusion or Injection molding, bundles of chopped
strand fiberglass must be uniformly mixed with thermoplastic
pellets, chips, beads or powder without filamentizing the
fiberglass strands.
The mechanically fluidized bed mixing action of the Littleford
mixer separates the thermoplastic particles and gently blends
in the fragile glass bundles. In a short mix cycle, often 15 to
30 Seconds, a 30% Glass Blend can be attained to an accuracy
of less than 1.0%. There is no degradation of the fiberglass.
The blend is discharged with the plows rotating to prevent
stratification of the mixed materials.
The very short mix cycles attainable in a Littleford Mixer enable
more frequent batching. This means a reduction in capital
investment by utilizing a smaller volume Littleford Mixer, rather
than a large volume and long cycle time conventional mixer.
Also, the Littleford mixer lends itself well to totally automated
operation.
Advantages:
Seconds Mix Cycles.
2.- No Filamentizing Of Glass
Strands.
3.- No Stratification Of
Discharged Product.
4.- Uniform Blend.

18. Plasticized PVC Dry Blend
Mix Includes:
PVC Resin, Fillers, Pigments,
Plasticizer, Stabilizer.
“Dry Blends” of highly plasticized, filled, vinyl polymers and
copolymers to be calendered into sheeting or flooring are
prepared in the Littleford Mixer.
For high volume applications, batches as large as 5,000 to
6,000 pounds can be prepared in very short mix cycles. These
batch mixers are unexcelled as heat transfer vessels. (The
mechanically fluidized bed mixing action creates tremendous
particle surface exposure, which combined with constant
movement, creates contact of all particles with the heat transfer
surfaces.)
Thus, completely jacketed mixing cylinders are able to transfer
external heat to the product at extremely high rates. Due to the
uniformity and temperature attained in the “Dry Blend”, the
Banbury mix cycle is usually reduced. Banbury throughput
increases of more than 10% have been reported. Finish product
uniformity and quality has also been improved.
Advantages:
1.- Highest Coefficient Of
Heat Transfer.
2.- Low Horsepower
Requirement.
3.- Thorough Plasticizer
Absorption.
4.- Complete Product Uniformity.
5.- Large Batch Sizes.

19. Reinforced Thermosets
Mix Includes:
Phenolic Resin, Wood Flour,
Fibers, Pigments.
Thermosetting molding compounds require high shear to disperse
the pigments, fillers, and reinforcing fibers, plus exact temperature
control to protect the resin. With conventional mixing equipment,
pre-milling and post-milling operations are usually required.
A uniform flow, labyrinth-design jacket surrounds the circumfe-
rence of the Littleford mixer, thus providing exact temperature
control. The unique mix action creates outstanding particle to
heat transfer surface contact, resulting in an exceptionally high
coefficient of heat transfer.
The mixers, when equipped with high speed choppers, produce the
high shearrequired to disperse and develop the pigment in a short
mix cycle.
Reinforcing fibers are dispersed uniformily without breakage or da-
mage. Liquid additives can quickly be dispersed without agglome-
rate formation.
Premilling of the batch components can be greatly reduced and
postmilling and homogenization operations completely eliminated.
Advantages:
1.- Short Mix Cycles.
2.- No Filamentation Of Fibers.
3.- No Stratification Of
Discharged Product.
4.- Uniform Blend.

20. Plastisols Mix Includes: Fine PVC Resin, Pigment,
Plasticizer, Stabilizer.
The unique plow-shaped design of the Littleford mixing tools
creates a shear action which develops a suspension of extre-
mely fine powdered PVC resins in plasticizers to produce
agglomerate free plastisols. The mix cycles are very short,
hence the plastisol is formed with little or no heat generation.
The mixing action is so uniform that there is no tendency to
form gels.
In some cases, plastisols of lower viscosity require a higher
degree of shear action. This can be provided in the Littleford
mixer by equipping the unit with a high speed chopper located
such that the mixing plows constantly bring fresh material into
their path for effective dispersion. The mixer may be equipped
for vacuum operation to permit the dynamic removal of entrained
air from the plastisol.
The mixing cylinder can also be completely jacketed to maintain
optimum temperature for reactions, solvations and viscosity
adjustments.
Advantages:
1.- Short Mix Cycles.
2.- No Heat Generation.
3.- Thorough Dispersion,
Usually Off The Hegeman
Grind Gauge.
4.- Mixing And Deaeration In
Same Littleford Mixer.

21. Glass Reinforced Polyesters (BMC)
Mix Includes:
Catalysts, Chopped Strand
Fiberglass, Pigments, Fillers, Polyester Resin.
Compression molding compounds of fiberglass reinforced
polyester resins can be quickly prepared in the Littleford
mixer. The Littleford intermediate Intensity Mixer can pro-
duce a complete, quality molding compound of fiberglass
reinforced Polyester resins in very little time without fila-
mentizing the glass fibers.
Fillers, pigments and catalysts can be homogeneously
combined with the viscous Polyester Resins in very short
mix cycles without the need for premixing the resins in a
separate piece of equipment.
Mixing one or two minutes after the addition of glass fibers
causes all of the fiber bundles to be opened and uniformly
coated with little or no fiber degradation.
In addition to a reduction in process time and equipment,
the physical properties of the final molded part are genera-
lly superior to those of parts produced by other methods.
Advantages:
1.- Short Mix Cycles.
2.- Minimum Glass Degradation.
3.- Higher Physical Property
Of Molded Parts.
4.- Lower Capital Cost Than
Double Arm Mixers

22. Sheet Molding Compounds (SMC)
Mix Includes:
Catalyst, Pigments, Fillers
and Polyester Resin.
Sheet molding compounds, although of various viscosities,
are generally in the form of a paste. The Littleford intermediate
Intensity Mixer rapidly disperses large quntities of fillers, pig-
ments and other required additives into liquid resins to produce
a homogeneous sheet molding compound.
The general mixing procedure is to charge the liquid resins into
the statc mixer, the catalyst and dispersing agent are added,
followed by the addition of the filler, pigment and other ingre-
dients. Throughout the process, exact batch temperature is
controlled by utilizing a uniform flow heating/cooling jacket.
The mixer can be equipped for the dynamic removal of all gases
from the product. This is accomplished by mixing within a
vacuum environment while simultaneously deaerating.
This process substantially reduces the mix volume, resulting in
a higher bulk density. Vacuum deaeration causes no apprecia-
ble increase in the mixing time required.
Advantages:
1.- Short Mix Cycles.
2.- Complete And
Rapid Dispersion.
3.- Easily Automated.
4.- No Heat Generation.

23. Color Concentrates Mix Includes: Pigments, Lubricants, Beads or
Pellets, Thermoplastic Powders.
Surface coating alone is often inadequate for dispersing a
high concentration of pigments and additives. The resin
surface can not retain the concentrations required. High
concentrations of pigment and additives must be driven
into the thermoplastic resin with great force. When the point
is reached where the resin particle contains the maximum
amount of additives it can retain, higher concentrations can
be achieved by a homogeneous blend of additive particles
within the bed of enriched resin.
The Littleford High Intensity Vertical Mixer is well suited for
this application, with typical 1 to 2 minutes cycles. Its mix
action creates an intensive impingement of lubricant, pigment
and additives upon the resin particles in combination with
thorough blending and complete breaking up of agglomerates
of additives, as well as pigments.
The cover is hydraucally operated, and when open exposes
the entire mixer interior for easy cleaning between batches.
Advantages:
1.- Short Mix Cycles.
2.- Uniform Surface Coating.
3.- Agglomerate Free.
4.- Easy To Clean.

24. Plastic Powder Coatings
Mix Includes:
Pigments, Plastic Resins
And Fillers.
The preparation of plastic powder coatings requires a premix
process where large resin flakes are broken down and unifor-
mly dispersed with pigments and other additives.
Following melt-extrusion and high energy milling, a flow
agent must be precisely combined with the premix.
The premix blend is prepared in a Littleford mixer. High speed
choppers break down the large resin flakes as the plow action
effects an intimate dispersion of pigments and additives.
A cooling jacket allows exact temperature control.
The flow agent is also applied in a Littleford mixer after milling
the premix into a fine powder.
The dual mix action provides the critical dispersion required,
while the jacket maintains the desired temperature.
Air seal prevent “hot” spots around the all high speed rotating
shafts.
Advantages:
1.- Rapid Deagglomeration
Of Flake Resins.
2.- Pigments Rapidly And
Thoroughly Dispersed.
3.- Short Mix Cycles.
4.- Uniform Dispersion Of
Light Density Flow Agents.

25. Drying Mix Includes: Plastic Resins. Advantages:
Drying, often important to the value and usefulness of many
finished products, is of vital importance in the plastics indus-
try. It is crucial to remove even trace amounts of moisture
prior to final processing. The Littleford Mixer is an ideal Dryer.
Individual particle separation is created by the unique dual mix
action. The entire surface of each particle is exposed for
drying continuously throughout the operation.
When equipped with a heating jacket, drying results as each
particle comes in contact with the heated jacket surface.
For heat sensitive materials, warm dry air may be injected into
the product at atmospheric pressure. The dry air absorbs mis-
ture and is removed from the unit, carrying the moisture with it.
The Littleford Mixer, when equipped for vacuum operation, is
capable of dynamically removing moisture within a short drying
cycle.
Vacuum operation also allows the removal and recovery of
expensive solvents.
Advantages:
1.- Excellent Heat Transfer
Coefficients.
2.- Dry To Low Moisture Levels,
Less Than .05%
3. Vacuum, Atmospheric Or
Air Purge Operation.

26. Surface Coating Mix Includes: Pigments, Lubricants,
Thermoplastic Powders, Beads or Pellets.
Thermoplastic resins in the form of pellets, beads, chip or
powder, require the addition of pigments, lubricants and
processing aids prior to final processing. This can be accom-
plished in a Littleford Mixer in a very short mix cycles, as low
as 30 to 45 seconds. Blending & coating action is rapid,
thorough and very gentle. The mechanically fluidized bed mix
action exposes all product surfaces to assure complete unifor-
mity of coating. The resultant short mix cycle enables to
supply batch or continuous mixers. Continuous operation
provides high output capacities at a modest capital investment.
In applications where thermoplastic resin pellets are utilized,
the gentle mixing action has a minimum tendency to gall the
pellets. It lends itself well to blending ingredients having wide
differences in size, such as pellets and pigments. Because each
pellet receives a uniform surface film coating of lubricant, a
consistent amount of dispersed pigments adheres to each pellet.
Advantages:
1.- Short Mix Cycles.
30-45 Seconds.
2.- Uniform Surface Coating.
3.- Gentle Mix Action Without
Product Degradation.
4.- Batch Or Continuous
Mixer Application.

27. Thermoplastic Resins Mix Includes: Polyethylene Or Polypropylene
Resin, Trace Amounts Of Additive.
To meet the special requirements of certain finished products,
trace amounts of additives must be introduced and uniformly
dispersed throughout thermoplastic resins. These processed
resins are often produced in high volumes (2,500 to 50,000
Lbs/Hr).
The Littleford intermediate intensity batch or continuous
mixer, with it´s unique dual mix action, is capable of meeting
these high volume demands with a minimum retention time.
The accuracy of additive dispersion is often within 1% coefficient
of variation.
When equipped with a uniform flow cooling jacket, the Littleford
batch or continuous mixer can eliminate conventional post-mix
cooling equipment by simultaneously mixing and cooling. This
is accomplished without any significant increase in mixing
cycle time. For such an application, for example, The Littleford
Model KM-3000 (53 cubic feet working capacity), would be capa-
ble of an aproximate throughput of 35,000 Lbs./Hr.
Advantages:
1.- Short Mix Cycles.
2.- Uniform Additive Dispersion.
3.- High Volume Processing.
4.- Simultaneous Cooling.

28. PVC: Compounding and Cooling. Mix Includes:
PVC Resin, Pigment, Fillers
Stabilizer, Modifiers.
The Littleford PVC Processing system has been developed
specifically to compound and cool polyvinyl chloride and
similar materials.
A vertical high shear, high intensity mixer has been matched
and synchronized with a low intensity horizontal cooling
unit that utilizes the mechanically fluidized bed mixing action
to attain an extremely high degree of heat transfer. Littleford
PVC processing system is a very compact installation with a
wide range of output capacities.
A COMPLETE COMPOUNDING CENTER
The optional Littleford Compounding Center is a complete
prefabricated “Package Plant” designed for High-Volume
continuous processing of powdered PVC. It combines a resin
scale system, Littleford High-Intensity PVC hot compounder
and large capacity Littleford cooler, stabilizer dispensing sys-
tem, take away system and integrated automatic controls.
Advantages:
1.- Controlled, Rapid and
Homogeneous PVC
Compounding.
2.- Fastest Heating And
Cooling Cycles.
3.- Less Bow and Blade Wear.
4.- No Cooling Bottleneck.
5.- All U.S.A. Made.

29. Rental Programs
In addition to our Process Development & Testing Programs, our
Rental Program offers a unique opportunity to test our processing
equipment in your own Plant.
Batch Mixing / Processing
Ploughshare Units, both
for atmospheric / vacuum
and Pressure Ops. : From
Table-Top 5 & 20 Lts units
to Pilot 130 Lts. Machines
Larger sizes are available.
W-10 High - Intensity
vertical mixer, for PVC
Compounding and /or
other applications req-
uiring High-Shear Op.
Ten Liters Capacity.
Daymax # Dispersers,
for high quality dispersions
of solids into liquids, such
as plastisol, varnish, paint,
and other applications.
FA-3.5 Mixer, Nauta-Type,
for special mixing / drying
requirements Gallons
Working Capacity.
A portion of the rental cost, under this program, will be applied
to the purchase of any related Littleford Day Equipment.

30. Service & Spare Parts Exclusive Dept. for customer assistance.
Laboratory for formulations & optimization.
Specialized Field Service Engineers.
Stock of common required parts.
Top American Mfrd. Parts: SKF, Falk, Chesterton, etc.,etc.
Assistance in Spanish, if required.
The Best Service Department.
Direct Sales Force. No Reps.
Own Manufacturing Facilities.

31. Process Development & Testing
Main Office: Florence, Ky. Ph.- (606) Fax:
Latin America: Mexico Cy.Ph.- (52-5) Fax:
Minutes away from Greater Cincinnati Airport, Our Lab. Center
is fully equipped with all the required machinery for product
development: Mixers, Dryers, Reactors, Granulators, Intensive
Mixers-Coolers and support equipment such as filtering and
vacuum drying systems.
Cosmetics
Detergents & Soaps
Foundry Additives
Pharmaceutical
Ceramics
Fertilizers/Seeds
Rubber
Mortar Mixes
Brake Linings
Powdered Metals
Herbicides
Flame Retardant Chemicals
Pigments & Color Flushing
BMC & SMC Plastics.
Color Concentrates
PVC Compounding
Coatings
Plastisols
Adhesives & Caulks
Inks & Varnish
ChemicalReactions & Drying
Cellulose Reactions
Spices
Chocolate processing
Gelatin & Powdered drinks
Bakery Mixes
Instantanization
Industrial
Road (1 Mi)
Donaldson Rd.
Turfway Rd.
U.S. 42
Exit 180
Florence
Union
Greater
Cincinnati
Airport
I-275
I-75
To Lexington
To Cincinnati
7451 Empire Drive
Florence, KY
(1/2 Mi)
Technical Center Main Equipment:
FM-130 Mixer/Processor Ploughshare
DVT-130 Polyphase Reactor
KM-150 Continuous Mixer/Processor
M-5 Lab. Mixer & Dryer
W-180/K-300 PVC Compounder
W-10 High Intensity Mixer
Daymax 10 Pastes Disperser
Daymax 100 Pastes Disperser
Mixtruder Sigma Double-Arm Mixer
Mogul Tangential Sigma Mixer
Cincinnatus Overlapping Sigma Mixer
FA-10 Nauta Processor
Bring Us Your Toughest
Mixing, Drying & Reacting
Problems.