N1Composites. Engineering Prototyping Tooling Composites R&D.
- We are an engineering-driven company specializing in the design and production of advanced composite products.
- From the first sketch to full-scale manufacturing — we handle every stage in-house.
- Our team unites experts in industrial design, aerodynamics, materials science, and high-precision manufacturing.
- We create lightweight, high-strength structures for automotive, aerospace, marine, and industrial applications.
- Our production combines deep engineering expertise with modern technologies: vacuum infusion, CNC machining, and robotic tooling.
- This allows us to achieve exceptional surface quality, dimensional accuracy, and repeatable results across every batch.
- We are not just fabricators — we are engineers who turn ideas into physical carbon parts with precision, speed, and scalability.
- Our mission is to make world-class composite engineering accessible, fast, and globally available.
From concept to carbon part — in as fast as 10 days.
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Design, development, prototyping, production of molds and start of mass production from 10 days
Automotive, Railway & Transport Systems
Applications:
Prepreg carbon fiber, vacuum infusion, hybrid carbon-kevlar, fire-retardant systems, FRP.
Why composites:
Weight reduction, rigidity, heat resistance, aesthetics, speed advantage.
Applications:
- Body kits, hoods, spoilers, diffusers
- Dashboards, interior trims
- Racing and performance parts (motorsport-grade)
- Structural elements for EVs and lightweight frames
- Train front masks, panels, and interiors
- Structural and aerodynamic elements
- Seats, ducts, and control panels
Prepreg carbon fiber, vacuum infusion, hybrid carbon-kevlar, fire-retardant systems, FRP.
Why composites:
Weight reduction, rigidity, heat resistance, aesthetics, speed advantage.
Aerospace & UAV
Applications:
Carbon fiber, fiberglass, sandwich cores, flame-resistant epoxy systems.
Why composites:
High strength-to-weight ratio, vibration resistance, aerodynamic optimization.
Applications:
- Aircraft fuselage and wing panels
- UAV bodies, aerodynamic elements, fairings
- Radomes and radiolucent structures
- Cabin interiors, lightweight components
- Ducts, fuel tanks, air intakes
Carbon fiber, fiberglass, sandwich cores, flame-resistant epoxy systems.
Why composites:
High strength-to-weight ratio, vibration resistance, aerodynamic optimization.
Medical & Laboratory Equipment
Applications:
Fiberglass, carbon-fiber reinforced polymer (CFRP), radio-transparent composites.
Why composites:
X-ray transparency, hygiene, low weight, corrosion resistance.
Applications:
- Housings for X-ray, MRI, ultrasound, and diagnostic systems
- Operating table components and brackets
- Wheelchair frames and orthopedic supports
- Cleanroom and non-magnetic structural parts
Fiberglass, carbon-fiber reinforced polymer (CFRP), radio-transparent composites.
Why composites:
X-ray transparency, hygiene, low weight, corrosion resistance.
Industrial & Equipment Manufacturing
Applications:
Fiberglass and hybrid structures, flame-resistant laminates, SMC/BMC molding.
Why composites:
Durability, corrosion resistance, vibration damping, cost-effective tooling
Applications:
- Casings for compressors, pumps, industrial enclosures
- Structural panels, guards, covers
- Robotic components and production tooling
- Composite tanks, ducts, pipe systems
Fiberglass and hybrid structures, flame-resistant laminates, SMC/BMC molding.
Why composites:
Durability, corrosion resistance, vibration damping, cost-effective tooling
Marine & Watercraft
Applications:
Fiberglass and carbon-fiber laminates, vacuum infusion, gelcoat finishing.
Why composites:
Corrosion resistance, low maintenance, high stiffness-to-weight ratio.
Applications:
- Hulls, decks, consoles, seats, and covers
- Propulsion and hydrodynamic elements
- Structural panels and fairings
Fiberglass and carbon-fiber laminates, vacuum infusion, gelcoat finishing.
Why composites:
Corrosion resistance, low maintenance, high stiffness-to-weight ratio.
Architecture & Infrastructure
Applications:
GFRP, CFRP sandwich panels, hybrid laminates.
Why composites:
Shape freedom, long lifecycle, weather and UV resistance
Applications:
- Facade panels and decorative structures
- Domes and protective housings
- Lightweight roof elements and modular systems
- Smart urban elements (benches, shelters, panels)
GFRP, CFRP sandwich panels, hybrid laminates.
Why composites:
Shape freedom, long lifecycle, weather and UV resistance
Energy & Utilities
Applications:
Epoxy composites, carbon/glass hybrids, thermoset and thermoplastic resins.
Why composites:
Lightweight, dielectric properties, fatigue resistance.
Applications:
- Wind turbine blades and housings
- Solar panel mounting systems
- Electric vehicle battery enclosures
- Hydrogen and gas composite tanks
Epoxy composites, carbon/glass hybrids, thermoset and thermoplastic resins.
Why composites:
Lightweight, dielectric properties, fatigue resistance.
Research, Science & Education
Applications:
Customizability, precision prototyping.
Applications:
- Prototypes for experimental systems
- Custom parts for labs and R&D centers
- Radiolucent housings for antennas, sensors, scientific instruments
- Rapid prototyping
Customizability, precision prototyping.
+971 55 192 5254
info@n1composites.com
info@n1composites.com
United Arab Emirates, Ajman emirate, Al Jurf Industrial
