Polives Vinylester Resins
Structural composite resins and more.
Products
Polives Vinylester Resins
Product Technical Information
You can find detailed information about Poliya products at the online documents section or you can simply click the following items for information about the items on this page
A different chemical structure.
The special structure of Polives vinylesters disable the hydrolysis of ester groups and enable the full curing of edges of the chain. Therefore they allow great resistance to alkali and acidic environments.
Composites just
got stronger.
got stronger.
Polives resins are more
resistant to water and hydrolytic
effects due to minimal polar
groups.
resistant to water and hydrolytic
effects due to minimal polar
groups.
This provides maximum chemical resistance and also enhance mechanical properties
such as elongation,
flexibility and high
HDT values.
such as elongation,
flexibility and high
HDT values.
The new generation of reinforcements.
Vinylester resins also have free hydroxyl groups which can be reinforced with fiberglass, carbon fiber and aramid (kevlar) which give it very high mechanical values.
Polives vinyl ester resins
High Performance Composites.
High Performance Composites.
Poliya’s Polives vinylester resins can transform and revolutionize your current composite part manufacturing systems.
Because of their chemical structures, Polives vinylester resins are more resistant to water and hydrolytic effects due to minimal polar groups provide maximum chemical resistance and also enhance mechanical properties such as elongation, flexibility and high HDT values.
The special structure of Polives vinylesters disable the hydrolysis of ester groups and enable the full curing of edges of the chain. Therefore they allow great resistance to alkali and acidic environments.
Vinylester resins also have free hydroxyl groups which are reinforced with fiberglass, carbon fiber and aramid which give it very high mechanical values.
Aramid
Carbon
Glass
When Polives vinylester resins are cured, only the chain edge double bonds will create cross links. When stressed, these cross links they elongate more than polyester resins and are able to absorb more mechanical effects and thermal shocks.
These advanced properties make Polives vinyl ester resins ideal for high strength-lower weight high performance composite applications such as, wind turbine blades, special coating, boats, shipbuilding, aircraft and automotive industries.
Polives process methods at-a-glance
How to apply vinyl ester resin?
How to apply vinyl ester resin?
Open Mold
Hand Lay-up Spray-up
Hand Lay-up Spray-up
Filament
Winding
Winding
Closed Mold
Vacuum Bagging
Resin Infusion
RTM
Cold Press
Vacuum Bagging
Resin Infusion
RTM
Cold Press
Continuous
laminating
laminating
Pultrusion
Profile
Profile
Polives 701
Bisphenol-A Epoxy vinyl ester resin
Polives 702
Infusion type — Bisphenol-A Epoxy vinyl ester resin
Polives 711
High performance — Bisphenol-A Epoxy vinyl ester resin
Polives 701-ABP
Amine accelerated vinly ester resin
Vinyl Ester Mechanical
Performance At-A-Glance
Performance At-A-Glance
When Polives vinylester resins are cured, only the chain
edge double bonds will create cross links.
edge double bonds will create cross links.
When stressed, these cross links they elongate more than polyester resins and are able to absorb more mechanical effects and thermal shocks.
Flexural Strength. Non reinforced - ISO 0178 Test Method
Tensile Strength. Non reinforced - ISO 0527 Test Method
Impact Strength. Non reinforced - ISO 0180 Test Method
Before the mechanical tests, the cured resin is post-curd.The information contained herein is subject to change without notice.
The information provided on this web site and documents are prepared with long term laboratory tests and our own experiences. The information is given with good will to act as a guide but not as a reference, also Poliya is not responsible from any damages occur by using this web site and documents and/or information or the user faults or from the unsuitable storage conditions. Also we highly recommend you to make tests in your own working condition before using the product on your production line. Poliya shall not be liable for technical or editorial errors or omissions contained here in.
The information provided on this web site and documents are prepared with long term laboratory tests and our own experiences. The information is given with good will to act as a guide but not as a reference, also Poliya is not responsible from any damages occur by using this web site and documents and/or information or the user faults or from the unsuitable storage conditions. Also we highly recommend you to make tests in your own working condition before using the product on your production line. Poliya shall not be liable for technical or editorial errors or omissions contained here in.
Optional Modification Codes
Products are listed with both built-in and optional modification codes (in the black boxes) next to its name. If a code is not listed next to the name, that combination is not available.
To order a customized version of a stock resin, start by looking at the symbols next to resins name.
Remember that built-in modifications can not be substituted.Refer to code descriptions below.
Modification Code
Description
Filled High Perf. Flame Retardant
Filled
Thixotropic
Cobalt Pre-accelerated
Amine Pre-accelerated
UV Curing
Lower Viscosity
Higher Viscosity
LSE, Lower Styrene Emission
UV Light Stabilized
Hot Press Low Shrink-Profile Ls/LPa mod.
Gel Time Extended
Gel Time Customized * minutes
Customizable Thixotropy
Customizable Viscosity
Customizable Gel Time
White or Custom Colored
Polives Package Types
You can choose any package type suitable for your production system or you can get further information from our sales department regarding container options.
Pail 18 kg
(23cmx23cmx35cm)
Barrel 220 kg
(Ø58cmx88cm)
IBC 1000 kg
(120cmx94cmx111cm)
ISO Container
(20feet)
