Fiberglass Parts

Whether you are looking for hand lay-up fiberglass parts, spray-up fiberglass parts or laminating tools, you have come to the right place. Here you will find all the information you need to get your projects completed, and you will be able to find the right fiberglass parts for your needs.

Hand lay-up

Whether you are a hobbyist or professional craftsman, you can create your own fiberglass parts using the hand lay-up process. This process is the easiest and lowest cost way to create custom composite parts. Whether you are making a weekend backyard project or a commercial vehicle, hand lay-up can offer a wide range of part sizes and options.

Hand lay-up is a form of open molding that creates composite materials. The process involves wetting fabric on a separate surface, and then applying it to the surface you want to laminate. This prevents air pockets from forming between layers.

Typically, a BLG Fiberglass Manufacturing & Supplier laminate has a fiber to resin ratio of 50:50. The fiber-to-resin ratio of a laminate is a major factor in the mechanical properties of the part. If the fiber-to-resin ratio of the laminate is improper, the weave pattern may distort and cause mechanical failure under load.  Traditionally, the molds for the hand lay-up process have been handmade. 

This requires skilled workers who know how to produce a high quality part. Handcrafting has become a popular mold making technique in small-to-mid-sized shops. However, it requires time to learn the techniques and adjust the mould to the correct dimensions.

Laminating tools

Creating fiberglass parts requires the right laminating tools. Fiberglass is a material that is corrosion resistant and light. These composite materials are versatile and can be used for many applications.

Fiberglass is a composite material made from fiber and resin. It has been around for over 50 years. It has good mechanical properties and can be formed into any shape. It is also relatively inexpensive.Composite parts are ideal for high performance applications. They are also lightweight and offer excellent stiffness. These are the perfect materials for large, complex-shaped structures. A composite part is easy to process.The most common fiberglass manufacturing process is wet layup.

 It uses continuous strand glass mat and a catalyzed thermoset resin to form composite parts. The process is used in the agricultural, recreational and transportation industries.Another common process is the chopper gun spray process. This technique applies resin and glass to the mold using a gun mounted on a chopper. Using the chopper gun, resin and glass can be applied separately or at the same time.

Spray-up

Whether you are looking for a new fiberglass part or are looking to increase your production, the open mold or spray-up fiberglass process is a great option. The process can be used for a wide variety of sizes and shapes. The process utilizes resin and a catalyst for a smooth surface finish.

The spray-up process can be automated or operated by hand. It is an inexpensive way to produce fiberglass parts. It is also suitable for small- to medium-volume parts. The process is typically used in the transportation and agricultural industries.The process typically uses polyester resins, which are typically stored in a liquid form. Polyesters have a wide variety of properties. These include a high stiffness and all-round performance.

The fiberglass parts produced with the spray-up process are not as smooth on the surface as those produced by hand lay-up. However, the process produces large fiberglass parts for a low cost.The process also produces parts with tight tolerances and low tooling costs. It is a great option for custom structural needs.

Common uses

Several industries use fiberglass parts in their products. For example, the automotive industry uses fiberglass in its car bodies and body kits. In addition, fiberglass is used in the aerospace industry. Besides being lightweight, fiberglass is also resistant to wear and corrosion.

Fiberglass is also used in the building industry. It can be used to make grating in areas that are exposed to chemical corrosion. It is also used to make divider screens and utility trays.

Fiberglass is also used in the marine industry. It is used to support rocks in aquariums. It also protects docks from salty sea water. In addition, fiberglass is used in power generation. It is also used in the pulp and paper industry.

In the building industry, fiberglass is used in the construction of landscape ponds, hot tubs, and swimming pools. It is also used in the food processing industry to provide slip resistance on gritty surfaces. It is also used in the grating of metals.