CARBON FIBER
Almatech is specialized in producing carbon fiber components characterized by high precision and long lifespan.
Carbon outstanding properties lead to its widespread use in many industries, making it an extremely versatile and durable material.
Carbon processing can be performed by several techniques, including turning, milling, autoclaving and pultrusion, a specific process that involves passing carbon fibers through an impregnating bath filled with resins. The fiber composite is subsequently extruded through a heated molding tool, resulting in lightweight endless profiles, highly resilient and with a very high strength.
CARBON FIBER MACHINING (Milling - Turning - Autoclaving - Pultrusion)
Carbon Advantages
Carbon has many advantages over conventional materials.
It is particularly well-suited for applications in extreme environments due to its ability to withstand temperature changes.
Further advantages include lightness, allowing to reduce components weight without affecting their strength, and durability, thanks to its higher resistance to wear and corrosion compared to metal materials.
Additionally, carbon flexibility enables the creation of complex shapes while maintaining a high structural strength.
TECNICHE DI LAVORAZIONE fibra di carbonio
Le nostre tecniche di lavorazione del carbonio sono all’avanguardia e comprendono:
LAVORAZIONE IN AUTOCLAVE DEL CARBONIO
Utilizzato per consolidare i materiali compositi attraverso la combinazione di calore e pressione, garantendo prodotti di alta qualità.
TORNITURA DEL CARBONIO
Lavorazione meccanica che permette di ottenere componenti con precisione dimensionale elevata.
FRESATURA DEL CARBONIO
Processo di asportazione di materiale per creare forme complesse e dettagliate.
ASSEMBLAGGIO FIBRA DI CARBONIO
Montaggio e integrazione dei vari componenti lavorati, assicurando un prodotto finale robusto e funzionale.
Carbon Fiber Products
CARBON PALLETS
Palletizers are machines designed to make the packaging and transport process safer and more efficient by automating the process of placing products on pallets. Mobile pallets properly lift and position products on pallets. Due to their outstanding mechanical properties and low weight, carbon pallets are the preferred choice for this purpose. Carbon pallets strength and durability lead in reducing the need for frequent replacements and costly maintenance, resulting in improved reliability and continuity of operations.
CARBON SADDLE
Carbon saddles are structural components meant to support and stabilize different parts of an industrial machine while it is operating. They are essential to ensure a smooth and efficient operation of machines, providing a sturdy and stable support point for movable components.
CARBON PROFILES
Carbon profiles are structural components made from carbon fiber, designed to provide strength, lightness and durability in a wide range of industrial applications. These profiles can meet specific engineering and design requirements by taking different shapes, including tubes, bars, angles and custom sections.
CARBON JOINTS
Carbon joints are responsible for ensuring that two or more components are securely connected, allowing for the transmission of loads and forces through the structure. This is particularly significant in applications that require high structural integrity.
The carbon components construction ensures to products an increased tensile and flexural strength, resulting in extremely long-lasting machines parts.
Carbon fiber fields of application
Our carbon solutions are used in various industries:
NAUTICAL INDUSTRY
The use of carbon fiber in structural components for yachts and boats ensures both lightness and water resistance.
PACKAGING INDUSTRY
The use of carbon fiber components in automatic machines improves efficiency and durability.
AUTOMOTIVE INDUSTRY
Carbon widespread use in structural and aesthetic components leads to a reduction in vehicle weight and to an improved performance.
STEEL INDUSTRY
Carbon is present in metal-working tools and components, requiring high temperature resistance.
OIL & GAS
Carbon fiber is a great option for components that require to withstand corrosion and extreme conditions.
AEROSPACE INDUSTRY
Carbon is used in aircraft components, satellites and spacecraft where weight reduction is a key element.
