Innofiber AS is a technology enterprise specializing in the development, design, and manufacturing of composite material products. Our commitment to sustainability and innovation drives us to create solutions that cater to various markets with a forward-thinking approach.
Our team boasts a wealth of expertise, comprised of professionals with extensive experience and profound knowledge in the composite field.
At Innofiber AS, we strive to embody the pinnacle of composite technology, showcasing the finest applications and possibilities that composites have to offer.
Revitalize the region's expertise in composite materials, placing a strong emphasis on eco-friendly composites and the advancement of technology.
To become a key player on a national and international basis with the background in using modern manufacturing techniques.
To become «best in class» regarding focus on stable and clean working space for the staff, with focus on evioremental-, HR- and waste disposal management.
To be run as a tech company, rather than a traditional workshop.
Wet lay-up process, a two-component resin is mixed, and a layer is first applied where the composite is to be bonded. The fiber fabric is placed on top of the resin then impregnated by spreading resin over the fabric.
The Vacuum Infusion Process (VIP) uses vacuum pressure to drive resin into a laminate. Dry materials are laid into the mould and the vacuum is applied before resin is introduced. Once a complete vacuum is achieved, resin is literally sucked into the laminate via carefully placed tubing.
Light Resin Transfer Moulding, or Light RTM, is a process by which composite products are manufactured using a closed mould system. The closed mould consists of an “A” side mould (base mould) and a semi-rigid “B” side mould (counter mould) that is sealed to the “A” side mould using vacuum pressure. Resin is drawn into the resulting cavity under vacuum.
Sheet moulding compound (SMC) is an uncured thermoset compound, in sheet form, that is used to make glass reinforced plastic (GRP) products. It is formed into products by compression moulding. Compression moulding involves placing SMC onto a heated mould, then forcing it into the mould cavities using a heated plug. Heat from the plug and mould softens the SMC and allows it to flow into the mould cavities
Pre-preg (compression moulding and vacuum) is a composite material made from "pre-impregnated" fibers and a partially cured polymer matrix. There are many products that utilize the concept of pre-preg.
Our 3D printer can operate with carbon fiber filaments. This type of filament is way stronger than a standard filament such as PLA or ABS. Furthermore, the quality of the surface is flawless, and it is very lightweight, bearing in mind that their figures are very stiff.
We have 4 rotomoulding machines (Rotostøp AS), one inhouse at Innofiber, in different sizes up to 5,5m length. A hollow mould is filled with powdered plastic resin. The mould begins rotating bi-axially and is transferred into an oven. The mould continues to rotate as the resin melts and coats the walls of the mould. The mould is cooled until the resin hardens into the desired shape.
Injection moulding is a manufacturing process for producing parts by injecting molten material into a mould. We have inhouse (BeForm AS) and access to lots of different types and sizes of injection moulding machines also known as an injection press.
The Innofiber Backing Rings are manufactured from 50% glass fiber reinforced SMC material and is suitable for use in chemical and corrosive environments. These strong properties combined with lightweight, high strength and good surface finish makes the flanges a good choice for most purposes when it comes to connecting pipes
The Tank Lids from Innofiber are manufactured in a fiber glass reinforced SMC composite material and is used primarily as a lid for tanks, reservoirs and containers. Tank lids are designed withstand heavy loads without collapsing.
Composite materials, a blend of thermoset and composites, are increasingly pivotal to the industrial economy. Their exceptional properties, including resistance to corrosion, high strength, and low weight, make them ideal for products with stringent requirements. With a long lifespan, these materials excel in challenging environments.
Composites are reinforced materials composed of fibers within a polymer matrix, typically combining fiberglass and unsaturated polyester. By strategically aligning fibers and varying polymeric materials, one can construct products that are both lightweight and extraordinarily robust. Composites outperform metals like steel and aluminum in specific strength and stiffness, and the composite industry is experiencing rapid global growth. In sectors where weight is a critical factor, such as aerospace, composites are now a standard consideration. They are also prevalent in power masts, road bridges, facade elements, building elements, wind turbines, and subsea applications. Despite their unique attributes, composites have limitations. For optimal utilization, including calculations, construction, and expert advice, Innofiber stands ready to assist.
For comprehensive services in composite materials, including design, engineering, manufacturing, and marketing expertise, Innofiber is your all-inclusive powerhouse.
Plastic and composite materials make a significant contribution to the work for a better environment and cleaner air. By producing lighter products with high strength and rigidity, composite products can contribute to lighter constructions which in the transport sector mean significantly lower energy consumption. In addition, composites have very high corrosion resistance which means lower maintenance and less use of harmful chemicals.
Old and discarded composite products can be recycled both mechanically and chemically. in addition, the composite can naturally be converted into energy in recycling plants. Energy production will become more important in the future and new technologies make composites more attractive as an energy carrier and as a secondary raw material.