{xtd_wp_head}
Skip to content
About
Technology
Innovators
Students
Industry

Market Overview

This approach to the manufacturing of fiberglass reinforced plastic composites allows for the fabrication of the structure without the use of molds. Molds are extremely advantageous for producing repeating  plastic composite designs, but are not desirable to use for the manufacturing of a unique structure. In many architectural applications, unique composite structures are required for the complex design of new ideas. It is not economical for unique parts to be made through a modeling process, therefore there is a need for a new development process of custom composite designs. Clemson University researchers have developed a new sequential manufacturing process of composites that can fabricate unique structures without the use of molds. The process involves applying resin to certain portions of the fiberglass cloth, and the portions without resin allow the surfaces to fold. The folds allow for the materials to be easily shipped and can be fully prepared once shipped by applying resin to the seams.

Applications:

Construction Science; Architecture

Technical Summary:

The method involves selectively coating flats sheets of fiberglass with resin by covering the hinge points with tape. This process allows sections of the panels to harden with the resin, while the sections without resin remain flexible. The flexible seams function as fabric hinges that enable the panel to fold into complex 3-dimensional shapes. Once the structure has been positioned at the project site, the resin is applied at the hinges to reinforce its shape. This fiberglass reinforced plastic fabrication process is the first of its type to eliminate the traditional mold-making method by applying folding techniques.

Advantages:

  • Eliminates the time and additional cost associated with traditional mold-making by selectively coating flat sheets of fiberglass with resin
  • Increases the load-carrying capacity of the material by generating rigidity while retaining its lightness as a sheet material
  • Decreases cost and difficulty of shipping by following the creasing to flatly fold the structure for shipping and transportation to the project site

Download Printable PDF

Technology Overview

State of Development

Lab-scale prototypes

Patent Type

Provisional

Category

Advanced Materials, Manufacturing

Serial Number

62/655,978

CURF Reference No.

2017-050

Inventors

Dr. Joseph Choma


For More Info, Contact:

Andy Bluvas

Technology Commercialization Officer bluvasa@clemson.edu

Contact

Contact

Get Started
Ready to Get Started?

Contact our team at CURF

Contact CURF