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You might be wondering why manufacturers would choose fiberglass over something else.You might be wondering why manufacturers would choose fiberglass over something else. There are a few reasons that make it a solid choice. Fiberglass is lighter but stronger when it’s up against other materials. It’s also completely fine when facing harsh conditions, and it won’t buckle or warp. These helpful perks are why you could use it for both a pool and a circuit board.You might be wondering why manufacturers would choose fiberglass over something else. There are a few reasons that make it a solid choice. Fiberglass is lighter but stronger when it’s up against other materials. It’s also completely fine when facing harsh conditions, and it won’t buckle or warp. These helpful perks are why you could use it for both a pool and a circuit board.

Direct roving, also known as single-end roving, is a raw fiberglass material made of continuous filaments that are bonded into a single strand and wound onto a bobbin. It's used in a variety of applications, including;

Textile technologies:
Direct roving is used in weaving, texturizing, and multi-axial weaving.

Filament winding:
Direct roving is used to manufacture hollow tubular structures like pipes, pressure vessels, and storage tanks.

Pultrusion:
Direct roving is used to make composite profiles for consumer goods, sports, leisure, telecommunications, and infrastructure parts.

Knitting and weaving:
Direct roving is used to make semi-finished fabric for a wide range of applications, including wind energy, marine, transportation, sports, leisure, and infrastructure. 

Assembled Roving which is wound into bobbins, is also called Multi-end roving. The expression "multi-end" indicates that the fiberglass strand has a specific number of splits or ends.

Assembled roving is made by gathering strands from different spinning cakes into a single strand and winding it into a cylindrical package without twist.

Interior and exterior composite panels
Assembled roving can be used to make composite panels for the interior of passenger cars and the exterior of medium and heavy-duty vehicles.

Thermoset laminates:
Assembled roving is often used to make thermoset laminates, which are commonly used to produce truck panels. 

Lighting boards;
Assembled roving can be used to make lighting boards for the construction industry. 

Pipes:
Assembled roving can be used to make pipes.

We provide a wide range of Low Grade & Out of Specifications Glass Fibre By-products to lower-end, smaller-scale manufacturers.

• Loose Direct Roving

Loose Direct Roving comes in a 1 Ton Capacity Jumbo Bag with mix varying tex, size and 

Fiber-reinforced polymer (FRP) is a composite material that's made up of a polymer matrix and high-strength fibers. FRPs are used in a variety of industries and applications, including civil engineering, chemical processing, and water and wastewater management. Fiber-reinforced polymer (FRP) is a composite material that's made up of a polymer matrix and high-strength fibers. FRPs are used in a variety of industries and applications, including civil engineering, chemical processing, and water and wastewater management. 

Pultrusion is a manufacturing process that converts fibre reinforcements and resin matrices into finished composite parts. Unlike other processes, pultrusion enables continuous production in a highly automated and low-labour process that uses a heated die to give shape to the composite part.

A body kit or body kit is a set of modified body parts or additional components that are installed on a car. They are typically composed of front and rear bumpers, side skirts, spoilers, bonnets (bonnet scoop), and sometimes front and rear side guards and roof scoops. There are many companies that offer alternatives to the original factory appearance of the vehicle. Body kit components are designed to complement each other and work together as a complete design, but often owners will 'mix and match' pieces from different body kits.

Automotive body kits are usually constructed of either fiberglass, polyurethane, or in some cases metal or carbon fiber. Fiberglass is cheap and widely available, although it can crack upon impact. Polyurethane is popular because it is flexible and thus more resistant to damage. Carbon fiber body kits are rarer, due to the cost of the materials.

Quality is at the heart of FIBROMATIC’s operations. We implement rigorous quality control measures throughout the manufacturing process to guarantee that our fiberglass products meet international standards. Our commitment to excellence has earned us the trust of clients across various industries. Discover how our quality assurance practises set us apart in the manufacturing sector.