ADVANCED HIGH-PERFORMANCE MATERIALS. PERFORMANCE BEYOND EXPECTATIONS
At INCAPTEK, we offer a portfolio of technologies to produce advanced high-performance materials targeted towards a variety of specialty applications, from automotive, construction and aerospace to medtech. Our disruptive technologies push the boundaries of what is technologically feasible, providing an unmatched performance for highly demanding applications. We focus on developing tomorrow’s materials with unique properties to help you get one step ahead of the competition.

WE TRANSFORM HIGH-PERFORMANCE MATERIALS INTO EXTREME-PERFORMANCE MATERIALS

NEW HORIZONS FOR CONSTRUCTION, INSULATION AND MEDTECH
CUTTING-EDGE MATERIALS 
FIBRE-REINFORCED FOAMS FOR EXTREME CONDITIONS

We are currently developing scalable and cost-effective technology to produce unique fibre-reinforced foams from various polyimides (PI). Our technology makes it possible to reinforce foams with fibres, such as PI, carbon, and glass, to make them highly durable and mechanically strong. Our non-reinforced foams are flexible, elastic and lightweight, and fibre-reinforced foams are rigid, strong, and also light.

 

The ability to perform under harsh conditions due to their excellent thermal and mechanical properties, exceeding those of the competitors, make our foams find many applications. Flame, heat, chemical, and radiation-resistant, our foams are ideal insulation materials for construction, automotive, and aerospace. They can also be used by the petrochemical industry for thermal control and fire protection for pipes and tubes.

 

Due to the unique combination of high mechanical strength and the low dielectric constant, our foams can be an excellent choice for enclosing high-frequency 5G/6G antennas (radomes).

Fibre-reinforced foams for extreme conditions
FIBRE-REINFORCED COMPOSITE MATERIALS WITH EXTREME PERFORMANCE

We developed a new, scalable and sustainable technology to produce fibre-reinforced composite materials for additive manufacturing, injection moulding and other fabrication processes. Our technology is versatile and compatible with many commercially available polymer binders, such as PI, PEI and PEEK, which can be reinforced with carbon, basalt, glass and other fibres. Our technology and expertise allow the development and production of new thermoplastic fibre-reinforced composite materials with desired properties in the form of prepregs, pellets, and 3D printing filaments.

 

Due to our unique technology and formulation, our fibre-reinforced composite materials demonstrate extraordinary properties. They are much stronger and more durable compared to commercially available analogous materials. In addition to their exceptional strength, they are remarkably light, twice as light as aluminium, making them among the best-on-the-market composite materials.

 

Resistant to corrosion, extremely strong, durable, and light, our advanced composite materials can replace aluminium, metal and steel. They are ideal construction materials for a variety of industries, including aerospace and automotive. They also offer solutions for applications where weight is important.

 

Our technology can also be used for biomedical applications to produce antibacterial coatings for medical implants or manufacture implants themselves to replace titanium.

Advanced fibre-reinforced composite materials with extreme performance
THERMOPLASTIC RECRYSTALLISABLE PI
FOR ADDITIVE MANUFACTURING AND INJECTION MOULDING
THERMOPLASTIC SEMI-CRYSTALLINE POLYETHERIMIDE (iPI)

Polyimides (PI) are among the best-in-the-class plastics due to their exceptional thermal stability, chemical and radiation resistance, durability and mechanical strength. However, there is a trade-off between thermoplastic and thermosetting PIs. While thermosetting PIs demonstrate better physicomechanical properties, they suffer from poor processability, making them incompatible with additive manufacturing and injection moulding. On the other hand, thermoplastic PIs have superior processability, but inferior physicomechanical properties.

 

We offer iPI, which combines the best properties of thermoplastic and thermosetting PI. Compatible with additive manufacturing, our thermoplastic semi-crystalline iPI is unique on the market. Our carbon-reinforced polyimide resin has record-breaking mechanical strength and thermal resistance. Our iPI is superior to the best-on-the-market polymers, such as PEEK and Kapton.

 

Our iPI and composite iPI outperform nearly all, if not all known thermoplastics and composite thermoplastics in terms of mechanical strength and the ability to retain its mechanical and electrical properties at high temperatures. In addition, it has an excellent combination of thermal resistance and processing temperature.

 

Our iPI can be used for a wide range of high-performance applications, from aerospace and automotive to electronics. Besides being an excellent high-performance material for many engineering applications, our iPI can also be used for biomedical applications due to its superior biocompatibility compared to PEEK.

Best on the market polymers
Novel polyimides for additive manufacturing and injection moulding
High-performance polyimides
PARTNER WITH US

We provide R&D services and seek partnerships with manufacturers of high-performance materials for various applications, from automotive, construction and aerospace to medtech, to bring our technologies to the market.