MAX YELLOW 

CONCENTRATED COLOR DISPERSION

 Yellow Color Pigment Paste For Epoxy Resin Systems


     

 MAX COLOR Dispersion are concentrated color additives used to tint and color epoxy resin systems.
It is a highly concentrated paste that exhibits strong color saturation and excellent color fastness.
MAX COLOR Dispersion is comprised of high-quality powder color pigments dispersed in an epoxy resin binder.
It is processed through chromium hardened grind roller mill for absolute dispersion and color uniformity.
This special processing breaks down pigment agglomerates into individual submicron particles. Special additives are also added to prevent agglomeration and to increase opacity and color quality.

MAX 
COLOR
 Dispersion are a smooth workable paste that are 100 percent reactive and compatible with all epoxy resin systems. It will not reduce or alter the gloss of the epoxy resin or other mechanical properties.

MAX 
COLOR
 Dispersion will not leach or bleed off making it suitable for protective, decorative coatings and casting applications. MAX COLOR Dispersion is an excellent additive to enhance overall UV resistance properties.
 

MAX COLOR Dispersion can be used in any of our MAX Epoxy Resin System.

 

Add MAX COLOR Dispersion to the Resin component and mix until the paste is completely incorporated.
It is highly concentrated so a 3% addition to a clear epoxy system will produce translucent to opaque color density.

This 8-ounce kit will tint up to a gallon of epoxy resin to an opaque color.
It can be blended with other 
MAX COLOR Dispersion to create any desired colors. Additions of greater than 5% to the epoxy resin will require adjustment of the curing agent mix ratio.
 


MAX COLOR PIGMENT CONCENTRATES ALSO AVAILABLE IN
Click The Corresponding Color

MAX Blue Concentrate

MAX White Concentrate

MAX RED CONCENTRATE PIGMENT PASTE

MAX YELLOW PIGMENT PASTE

Also Avialable In 2 Fluid Ounce Color Kit

BLACK*WHITE*RED*YELLOW*BLUE

5 COLORS IN ONE KIT- 2 OUNCES PER COLOR


ALL OF OUR MAX COLODISPERSION ARE SILICONE ADDITIVE OR SURFACTANT-FREE THAT MAY INTERFERE WITH ADHESION.

 All of our MAX COLOR CONCENTRATE dispersion is processed and milled using a precision 3 roll mill, which ensures pigment dispersion and particle size reduction of no greater than 2 microns. 
1-micron unit is equivalent to 0.039370079 inches or mil.
To put it in simple perspective, a particle measuring 25 microns is 1/16 the size the human eye can detect.

 photo faf83acb-2ac5-427b-b802-fc6f560e7e70_zpspiilzmuq.jpg

Although the color feature is our MAX WHITE COLOR CONCENTRATE, every MAX COLOR CONCENTRATE goes through the same process of pigment particle reduction to less than 2 microns using a three-roll milling process, vacuum degassing and precise color analyzing to ensure uniformity.
This process also ensures a homogeneous dispersion of the color pigment with the epoxy binder.


All Color Concentrates Are Tested For Fineness Of Grind, Dispersion And Opacity
 

Hegman Fineness of Grind Gauge measure the particle size of a pigment particle from 100 to 0 microns.

1 Micron Unit is equivalent to 0.00003970079 inch or mil.
To put it in simple perspective, a particle measuring 25 microns is 1/16 the size the human eye can detect.

 


Use a digital scale and take note proportions for color repeatability and making large batches.


  1. Warm the resin component or part a and pigment concentrate to 100°F.
  2. Pour all of the resin in an appropriate size container.
  3. Use a variable speed mixer and an impeller/disperser to uniformly disperse the MAX COLOR CONCENTRATE into the resin or PART A first.
  4. Engage the mixer under slow speed using an impeller.
  5. For high color opacity, add at least 20% of CALCIUM CARBONATE.
  6. Turn the mixer off and add a small amount of max colorant and mix until uniform.
  7. To add more colorant, turn off the mixer first and then add the colorant.
  8. Mix until a homogenous color consistency is achieved.
  9. Allow the mixture to rest for 24 hours to allow any air bubbles to degas.
  10. Re-warming the mixture will accelerate degassing.
  11. Do not add the curing agent to the warm resin. Allow the mixture to cool to room temperature.
  12. Some phase separation may occur if the resin is allowed to sit for more than 24 hours.
  13. Adjust the mix ratio based on the amount of calcium carbonate added to the mixture.

Reduce the curing agent by weight by 15% if the added weight of calcium carbonate is also 15%. Higher loading of the calcium carbonate, up to 50% by weight can be added but it will significantly increase the viscosity and density as well as extend the cure time.

SAMPLE OPAQUE COLOR

Parts in Grams

 

 

MAX CLR Part A Resin Component

80.0 grams

MAX COLOR PIGMENT PASTE (any color)

5.0 grams

CALCIUM CARBONATE (optional, for deep opacity)

15.0 grams

PART A Total

100.0 grams

Blend the first three components together until homogenous and set aside for 2 to 4 hours and allow mixed in air bubbles to outgas.

 

The mix ratio of the MAX CLR is 200:100 or 2:1 based on unfilled state. The mix ratio based on weight only. 
For example, 80 grams PART A will require 40 grams PART B regardless of the amount of calcium carbonate added to the resin component

 

 

 

MAX CLR Part B Curing Agent

PART B Total

40.0 grams

Total

140 grams

Adjust the batch size accordingly. The amount of calcium carbonate can be adjusted up to 50% of the resin component. Just make sure to keep the PART A to PART B mix ratio at a constant 2:1.

 

Adding the MAX PIGMENT PASTE and CALCIUM CARBONATE to the resin component (PART A) will form a more stable mixture. The curing agent is very hygroscopic and should be kept sealed away from humidity until needed.

Dry fillers such the calcium carbonate will typically retain a small amount of moisture, about 2 to  3% and when added to the resin component or PART A, which is hydrophobic, the moisture from the filler will be displaced.
This technique will prevent any blushing from moisture contamination.

INCORPORATION TECHNIQUE

How To Add Color To An Epoxy Resin. MAX COLORANT PIGMENT PASTE DISPERSION

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MAX COLODISPERSION CAN BE ADDED BY ITSELF TO ANY OF OUR MAX EPOXY RESIN SYSTEM.

CALCIUM CARBONATE CAN USE TO IMPROVE COLOR OPACITY AND DENSITY.


PLEASE INQUIRE IF YOU REQUIRE FURTHER INFORMATION REGARDING

THIS PRODUCT'S USAGE AND OTHER INCORPORATION TECHNIQUE.

Please review the instructions before using this product.

As with any color coating application, some understanding of Color Theory must be observed.

 

   


 To achieve the desired tint hue and color saturation, make a small batch first, use a scale to weigh the color accurately, and concentrate as accurately as possible on achieving color reproduction when making the masterbatch. All modification is done on the PART A or resin component only. 

 

  HUES TINTS SHADES AND TONES

HUES
These are the purest and brightest colors.
They form the full spectrum of colors which progress around the Primary Color Wheel in gradual increments.
TINTS
A Tint is sometimes called a Pastel. It's simply any color with white added. A color scheme using Tints is soft, youthful and soothing.
Tints would work well in in a girl's room or for a website targeted to women.
SHADES
A Shade is simply any color with black added. Shades are deep, powerful and mysterious.
They work well in a masculine environment and are best used as dark accents.
TONES
Color Tone is created by adding both White and Black. Any color that is "grayed down" is considered a Tone. Tones are somehow more pleasing to the eye. 
They are complex, subtle and sophisticated and the best choice for most interior decorating and work well in almost any color scheme.


Important Notice
Your purchase constitutes the acceptance of this disclaimer. Please review before purchasing this product. The user should thoroughly test any proposed use of this product and independently conclude satisfactory performance in the application. Likewise, if the manner in which this product is used requires government approval or clearance, the user must obtain said approval. The information contained herein is based on data believed to be accurate at the time of publication. Data and parameters cited have been obtained through published information, PolymerProducts laboratories using materials under controlled conditions. Data of this type should not be used for a specification for fabrication and design. It is the user's responsibility to determine this product's fitness for use. There is no warranty of merchantability or fitness for use, nor any other express implied warranty. The user's exclusive remedy and the manufacturer's liability are limited to refund of the purchase price or product replacement within the agreed warranty period. PolymerProducts and its direct representative will not be liable for incidental or consequential damages of any kind. Determination of the suitability of any kind of information or product for the use contemplated by the user, the manner of that use and whether there is any infringement of patents is the sole liability of the user.