If you manufacture a product which
contains polycarbonate and are looking
to increase the UV resistance of your
product in order to give you a
competitive edge then contact
Advanced Polymer Solutions regarding
our patented Chemical Grafting.
We will develop a customized
formulation based upon your UV
resistance specifications. Once we
develop and throughly test the
formulation it will become your property
which can be patented under your name.
APS can manufacture the final
formulation in the desired quantities and supply the manufacturer with a pre-mixed, ready to use coating, additive or
UV resistance on polycarbonate formulation can be added to the resin or developed as a coating.
UV stabilizers are added to polycarbonate to help protect the material from the effects of exposure to the Sun. Radiation
from the Sun, especially in the UV portion of the spectrum, degrades the properties of polycarbonate.
A material that is considered suitable for outdoor use has gone through testing in accordance with UL 746C, the
Standard for Safety of Polymeric Materials -- Use in Electrical Equipment Evaluations, of ultraviolet (UV) light exposure
for 720 hours of twin-enclosed carbon or 1,000 hours of xenon-arc weatherometer conditioning, and/or water exposure
or immersion for the seven days at 70 degrees C. The material is tested before and after exposure to these conditions
for flammability, mechanical impact and mechanical strength.
The results may lead to one of the following outcomes:
(f1) -- Suitable for outdoor use with respect to exposure to ultraviolet light, water exposure and immersion in
accordance with UL 746C. The (f1) footnote indicates that the material has met both UV and water exposure or
immersion requirements as called out in UL 746C.
(f2) -- Subjected to one or more of the following tests: UV, water exposure or immersion in accordance with UL 746C,
where the acceptability for outdoor use is to be determined by UL.The (f2) footnote indicates that the material has only
met or has been tested partially for UV or water exposure or immersion.
UL Testing - UV Resistance Polycarbonate
Most commonly used application methods:
Coatings are applied on the surface of substrates to
improve the functional properties and durability.
Conventional coatings need extensive surface
preparation for adhesion and need to build up
thickness for performance. Such is not the case with
APS' coating formulations. Most APS coatings can
be applied in one step with no or minimal surface
preparation. In addition, due to the chemistry of
APS' chemical grafting process, thinner coatings
can be used to achieve a higher degree of property
performance. Delamination will not occur due to the
chemical bond formed between the coating and the
substrate with some subsurface penetration
occuring through the use of molecularly small and
Typical coating methods can be used such as dip,
spray, roll, flow coat, etc. APS coatings can be
formulated to be air dried, however, in the interest of
time, heat or some energy source (i.e., UV or
infrared lights) can be used.
APS can develop additives to incorporate into the
raw material/resin prior to extruding or molding. In
this case, the new properties will penetrate the
matrix of the material. APS chemists will adjust the
formulation to conform to the processing parameters
used by the manufacturer. Due to the molecular
bond formed by APS' process, the new properties
will not migrate and leach from the material over
time, even under severe conditions.
APS chemists have extensive experience in bonding
the same or different substrates together. Materials
that are difficult to adhere to are effectively bonded
with APS' process. Again, no or minimal surface
chemical attachment of one substrate to the other.
Consequently, substrate failure will occur before
adhesion failure. In addition, if two substrates with
different coefficients of thermal expansion are
bonded, an APS developed adhesive's bonding
action will not be affected. Such is not the case with
conventional adhesives which cannot withstand the
varying expansion and contraction of different
Application of all APS chemical grafting formulations
can applied at ambient temperatures and normal
The Mechanism of Chemical Grafting
Advanced Polymer Solutions substrate activators
have the unique capacity of removing active
hydrogens from substrates and initiating the growth
of polymer chains at the site. By removing these
hydrogens an electron is removed forming a free
radical. This free radical site needs an electron to
stabilize its site and will share the electron with the
present monomers forming the chemical bond. The
following represents the four step chemical grafting
1) Activation: free radical formation
2) Chemical Bonding of monomers:
(CH2 — CH)n
x x = functional group that changes with
each monomer and determines the property
3) Formation of small polymer side chains: n =
chain length of monomers (same or varied)
4) The reaction is then terminated with a
specific formulation ingredient so that all reactive
Our monomers can be added to the resin or
developed as a
|Advanced Polymer Solutions New York
|Chemical Grafting Adhesives
Forming a covalent bond between two different
substrates. Learn More>
Understanding the molecular
structure and nature of organic and
the key to APS' research our
chemists have detailed knowledge of
the following offers an infinite
APS' unique chemical grafting process results in
properties being permanently attached to the
substrate with the use of a specialized substrate
activator and monomer system.
Learn More >
- APS' assistance in analyzing and defining problems through their
understanding of the chemical and physical basics of all materials and
how they behave and interact;
- APS' unique patented molecular bonding method not offered by other
companies and unavailable in house, developed through years of
- APS' individually tailored approach to the most effective solution for
each client (not available at raw material suppliers);
- APS' collaberation with clients to form a cooperation that ensure the
best results and most acceptable implementation of the chemical
- Ability to concentrate on your core products and business activities;
- Exclusive, patentable formulation for you to gain a competitive edge
over competition with a more superior performing products and
- Increased sales and ability to market your product into broader areas.
- Molecular make up of substrates such as plastics, rubber, wood,
paper, glass, ceramics and metals.
- Method of activating substrates to form sites for attachment of
- Activity of functional groups on monomers and prepolymers and
how to combine them to provide new and unique properties on
- Interaction of monomers and prepolymers and in linking them
together to form new polymer side chains.
- Combining all reactive ingredients to formulate easy to apply, cost
effective surface treatments, additives and adhesives.
- Upscaling chemically grafted formulations from laboratory to pilot
scale to full scale manufacturing using existing/minimal
- Production of these unique formulation, supervised by a Ph.D. in
polymer chemistry to ensure each shipment is quality controlled.
Advanced Polymer Solutions was formed by four technical professionals
educated and experienced in polymer and organic chemistry, research and
development and engineering. As a result, APS offers over 75 years of
combined expertise in offering custom solutions to manufacturers in the
areas of product improvement and high impact commercialization solutions to
reduce costs and eliminate hazardous materials.
APS' core business is to develop and
manufacture custom formulations for
product and commercialization
improvements and cost reductions,
therefore, is the ultimate technical
resource for manufacturers. Using this
innovative project approach, companies
can take advantage of:
|Why Advanced Polymer Solutions For
|Advanced Polymer Solutions
Frequently Asked Questions
Can Chemical Grafting impart desirable properties of an
expensive plastic onto a less expensive plastic?
Yes, the less expensive would then have the properties of a
more expensive plastic resulting in tremendous cost
Can Chemical Grafting work on any substrate?
No, although we have a vast array of activation monomers,
they cannot activate every substrate. Email us @
firstname.lastname@example.org for a complete list of
substrates which cannot be grafted.
Can my company patent the formulation once it is
Yes, you will own the formulation, we will assist in
obtaining your patent.
Are the formulations safe?
Yes, The ingredients in all APS formulations will be
completely safe, can be water based in many cases, and
will conform to OSHA, EPA and, if required, FDA guidelines.
Can a chemically grafted formulation be used to attach
two different types of plastic?
Yes, in this case two different types of monomers will be
used to activate the substrate. This application would be
used as a coating between the two substrates.
Can the formulation be added to ink?
Yes to improve adhesion to various substrates, glass,
textiles, etc. Also to impart desirable properties into the ink
such as scratch resistance.
Once developed can Advanced Polymer Solutions
manufacture the coating or additive?
Yes, we can manufacture the formulation in any amount to
meet your requirements.
When grafting onto metals is any heat source required?
No, our activation monomers will bond to the metal forming
a covalent bond.
If you would like additional information regarding our
patented chemical grafting process or would like to know
how chemical grafting can benefit your company,
email us: email@example.com
All information is strictly confidential, however prior to
releasing any information regarding your project to us, APS
will sign a non disclosure agreement.
|Discover how your company can benefit from Chemical Grafting. Let our
Product Solution Specialists
suggest cost effective product enhancements. More Info
Product Solutions: Tell us about the problem you are experiencing with your material and/or process and we will
respond with solutions for your evaluation. Our typical response time is less then 48 hours.