Hand Lay-up/Spray up
Versatile Vinyl ester resin for corrosive environments
Vinyl ester urethane resin used for components and skin coats in Marine applications
High heat Novolac Vinyl ester resin for demanding corrosive environments
Novolac Epoxy Vinyl ester resin for Corrosive environments
Easy-processing Vinyl ester resin for demanding corrosive environments
Low Styrene Epoxy Bisphenol-A modified Vinyl ester resin for Marine skin coats
Versatile Vinyl ester resin for corrosive environments
We will help you choose the perfect formulation.
Contact UsVersatile Vinyl ester resin for corrosive environments (especially alkali)
Styrene-free Vinyl ester resin with photo-initiator system
Isophthalic polyester resin for Tanks and Pipes applications
Zero shrinkage resin for making composite Tooling through Hand lay-up processes
Multi-purpose Orthophthalic resin for Tanks, Pipes and Artificial stone
Tetrahydrophthalic resin for making formulated products like Putties and fillers
Orthophthalic resin with high heat resistance used in Tanks and Pipes applications
Isophthalic resin for Hand Lay-up/ spray-up in Marine (Lloyd's, RINA approved)
Isophthalic resin for Hand Lay-up/spray-up in Marine (Lloyd's, RINA approved)
Multi-purpose Hand lay-up resin with Low Styrene Emission capability
Multi-purpose Hand lay-up resin with Low Styrene Emission capability
Multi-purpose Hand lay-up resin with Low Styrene Emission capability
Multi-purpose Hand lay-up resin with Low Styrene Emission capability
Multi-purpose Hand lay-up resin with Low Styrene Emission capability
Multi-purpose Hand lay-up/ spray-up resin with low shrinkage and Low Styrene Emission capability
Multi-purpose Hand lay-up/ spray-up resin with low shrinkage and Low Styrene Emission capability
In the Hand lay-up processing technique, reinforcing materials such as chopped strand mat or woven rovings are impregnated with formulation in a manual operation. Mostly these mats or woven rovings are based on glass fiber. By applying several layers the desired laminate thickness can be built up, in line with specific part design.
The Hand lay-up technique enables the molder to control the placement of glass in the mold, ensures the right quantity of glass is used, and that glass fibers are placed in the right direction. As a result, mechanical properties can be optimized for a specific end-use. The investment for the Hand lay-up process is typically lower than for other processing techniques.
In the Spray-up process, simultaneously formulation, initiator and chopped glass fibers are sprayed onto a mold. By applying several layers on top of each other, it is possible to rapidly achieve the required laminate thickness.
Compared to Hand lay-up, a larger investment is required for Spray-up: it is required to purchase glass/ resin spray equipment, an air compressor and a spray booth. At the same time, cost associated with labor and materials are typically lower, resulting in direct cost savings for the molder.
Hand lay-up and Spray-up processing techniques are typically used for small to medium-sized production series (up to 100 to 500 parts per year). Processing usually take place at room temperature without external pressure on the mold. Consequently, cost-effective composite molds can be used (e.g. manufactured from Neomould® tooling formulations).
Typical end-use markets for Hand Lay-up and Spray-up include Marine & Offshore, Transportation (components for cars, vans, trucks and busses), Building & Construction, Infrastructure (swimming pools, façade panels), and Industrial (storage vessels, process equipment, cooling towers).
AOC Products
AOC has a broad product range available for Hand lay-up and Spray-up applications, sold under Atlac®, Palatal®, and Synolite™ brands. These include resin chemistries like Vinyl esters, Orthophtalic, Isophthalic, Isophthalic/ NPG and DCPD formulations. AOC formulations for Hand lay-up and Spray-up are certified by international bodies including Lloyds Register, DNV GL and RINA.
Besides solutions that provide fast wet-out of glass fibers, good air release for uniform laminate properties, and resistance to sagging on vertical surfaces, AOC has solutions for Low Styrene Emissions (LSE) or Styrene-free, and with optimized cure for making thick parts.
More Information
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 Eurojust (building façade panels), Nautivela (sailing boats), Fujian Hongye (fishing boats), Cranchi (power boats).
p>