The
ProductVision
PVPaint Module
was designed to speed
development of new and modified paint formulations. This module was
designed specifically for use in the Paint & Coatings Industry based
upon over 20 years of experience at several global coatings companies.
The tools in this module allow the formulator to rapidly prototype new
products which meet required specifications such as volume solids,
specific gravity, pigment volume concentration, volatile organic
compound content, and cost.
Tightly
Integrated with Other ProductVision Formulation Tools
The PVPaint Module is accessed
from a button on the formula toolbar. This button accesses the
PVPaint Screen.

The PVPaint Module displays
detailed information about the paint formulation, including composition
and property information. This screen has several unique features:
·
The
toolbar has dedicated buttons for setting the formula volume solids,
specific gravity, pigment volume concentration, volatile organic
content, and special buttons for two-part formula stoichiometry and mix
ratio.
·
For other
calculations, a general “What If” button exists (WI) to allow you to set
any other displayed property.
·
The
“View” drop-down allows you to vary how information is displayed and
edited.
·
The
formula composition is displayed in the top list view. This information
contained in this list view changes depending upon the view chosen on
the “View” drop-down.
·
The
property list view displays properties which have been marked to display
on the PVPaint screen
·
The mix
ratio list view displays mix ratio information for multi-part formulas.
·
PVPaint automatically expands multi-part products and
shows each part's components separately to allow manipulation of each
part individually. Property calculations are performed on a mixed
basis at the entered mix ratio. (See the example above of a
two-part product.)
Multiple Views Allow You to Work on
Sections of the Formula
The "View" drop-down allows you to view and modify particular components
of the formula. The program has views for:
· Weight
%
· Volume
%
· Absolute
Weight
· Absolute
Volume
· Dry
Film % by Volume
· Dry
Film Pigment % by Volume
· Dry
Film Binder % by Volume
· Volatiles
% by Volume
Each view only displays components which contribute
to the chosen property. For example, the "Dry Film Pigment % by
Volume" view only shows pigmented materials, allowing you to vary the
level and composition of the pigments independently of the other
components in the formula.
Dry Film Pigment % by Volume
View
Volatiles % by Volume View
Dedicated Property Buttons Simplify Program Operation
The PVPaint Module was
designed to be both powerful and easy to use and learn. Key paint
formula properties may be set simply by clicking on the applicable
button.

These
buttons are programmed specifically for paint calculations. For
example, the PVC (Pigment Volume
Concentration) button allows you to
enter a target for the formula pigment volume concentration (%) and
float pigments in the formula to achieve the desired result. If the
entered PVC target is reached, then a second calculation is performed to
reset the volume % solids back to the starting value by floating free
solvents in the formula. The second calculation is necessary to adjust
for solvent that might exist in pigment dispersions or resin solutions.
View Material Screen Lets You View Raw Material Components
The View Material option displays resource component
information along with the percent contribution of each component to the
property displayed on the current view. For example, the View Material
option displays:

for
resource 610183, which is a resin solution containing 35% (by weight)
solvent and 65% hard resin (630394)
Supports Multi-Part Products
PVPaint
has features which
greatly simplify working with multi-part products, such as epoxies and
urethanes. The Stoichiometry (STH) button allows you to vary reactive
components in the formula to reach a desired stoichiometric ratio. The
Formula Ratio (FR) button is used to set the mix ratio of the parts,
either by floating all components or by selecting individual raw
materials in a part.
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