- Atlac® 5200 FC
Vinyl ester resin for Food Contact applications
- Atlac® E-Nova FW 2045
Easy-processing Vinyl ester resin for demanding corrosive environments
Versatile Vinyl ester resin for corrosive environments
Versatile Vinyl ester resin for corrosive environments (especially alkali)
- Palapreg® H 1080-01
Palapreg® H 1080-01 is a solution of PVAc in styrene, used as Low Profile additive
- Palapreg® P 17-02
Orthophthalic resin for Low Shrink SMC and BMC
- Palatal® A 400-01 FC
Isophthalic resin used for Food Contact applications and as base for Gelcoats
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- Palatal® E 240-02
High flexibility unsaturated polyester resin for Flexibilizing resin formulations
- Synolite™ 0152-N-2
Isophthalic Pultrusion resin for profiles with great mechanical strength and resistance to weathering
- Synolite™ 0175-N-1
DCPD-based Pultrusion and hot press molding resin, for making profiles and structural components
- Synolite™ 2155-N-1
High heat Orthophthalic Pultrusion resin, for profiles and structural components
- Synolite™ 4120-N-1
High flexibility unsaturated Isophthalic resin for Flexibilizing resin formulations
- Synolite™ 5011-N-1
Resin used for making low smoke Fire Retardant components through Pultrusion and SMC
Pultrusion is a frequently used production technique for making composite profiles, rods, sheets, panels, and tubes. In this process, continuous reinforcements are subsequently pulled through an open resin bath (for fiber impregnation) and a die (resin cure) to make components in the desired shape and dimensions. In some cases impregnation and cure are combined in an injection die, the main advantage of injection being the reduced styrene emissions.
The pultrusion process allows for the manufacturing of high strength composite materials with relatively high fiber content (up to 70 weight %), and can be used both for glass and for carbon reinforcements. Advantages of composite components made through pultrusion compared to other construction materials are considerable: lighter than steel and aluminium, stronger than steel (on a weight to weight ratio), great corrosion resistance (even to very aggressive chemicals), excellent electrical and thermal insulation, and flexibility to make complex forms in one process operation.
AOC offers a broad range of products for pultrusion applications sold under Atlac®, Beyone™, Daron®, and Synolite™ brands. These products include unsaturated polyester resins, vinyl ester resins and low profile additives (LPA). Dimensional stability and surface appearance (e.g. gloss) can be greatly enhanced by the use of LPA. Please consult the Pultrusion Product Guide for more detailed information.
AOC has two R&D centers supporting customers in pultrusion applications, one based in Zwolle (Netherlands) and one in Nanjing (China). Both have state-of-the-art equipment and support facilities, including pultrusion machines (identical type in Zwolle and in Nanjing for global consistency, mechanical property testing capabilities and an analytical laboratory.
For an overview of our key products, please consult the Product Selector on this web site, or download the AOC Product Selector Guide and the Atlac Product Guide.
Please also read case studies on Taizhou Guodian Power (electrostatic precipitators).