This high-performance powder material has superior mechanical properties with excellent recyclability and processing capabilities.

Key Features:

● Excellent mechanical properties
● Good part surface ease of post-processing
● Optimal size and color stability
● High oxidation resistance & low water absorption

Example Applications:

● Perfect for functional prototypes and end-use parts with high mechanical properties and toughness
● Alternative for complex spare parts production
● Multi-purpose industrial applications

Developed for Flight® Technology (fiber laser processing), this advanced PA12-based polymer material with carbon black can suit a wide range of industrial applications.

Key Features:

● Optimized formula for ease of process
● Balanced performance of thermal / feature properties
● High material re-usability

Example Applications:

● Perfect for functional parts series production
● Complex geometries
● High-quality prototypes
● Versatile use for many industries applications

Optimized for fiber laser sintering process, the FS3201PA-F is a PA12-based polymer material with carbon black perfect for high-performance functional parts.

Key Features:

● Excellent mechanical properties
● High toughness, durability and size-stability
● High material re-usability

Example Applications:

● Best fit for functional parts with requirements of high mechanical properties
● Complex geometries with fine details
● High-quality end-use parts fabrication

This advanced PA12-based glass bead filled powder material produces industrial parts with exceptional strength, impact strength and size stability.

Key Features:

● Good processibility by laser sintering technology
● Build parts with good size-stability
● High resistance to thermal deformation
● High resolution in contour and surface

Example Applications:

● Perfect for functional parts production requiring high mechanical strength and rigidity
● Industrial series production & spare parts fabrication
● Electrical tool, automotive engine cooling system

Advanced PA12-based glass bead reinforced polymer material with carbon black developed for fiber laser sintering technology.

Key Features:

● Excellent mechanical strength and rigidity
● Extraordinary dimensional stability
● Good thermal/abrasive resistance

Example Applications:

● Perfect for functional end-use parts production
● Ideal for industrial applications such as automotive engine system, electrical tools.

Carbon fiber filled, PA12-based material produces parts combines high strength and light-weight features.

Key Features:

● Excellent strength and rigidity
● Enhanced stiffness
● High resistance to thermal deformation
● Great anti-static electricity feature

Example Applications:

● Ideal for parts production with strict requirement of weight reduction
● Industrial applications in aerospace & aviation industry

Mineral fiber filled; PA12-based material suits a wide range of automotive applications.

Key Features:

● Excellent mechanical properties with mineral fiber
● High resistance to thermal deformation
● Excellent size-stability, low contractive rate

Example Applications:

● Perfect for functional end-use parts production
● Parts with high mechanical properties & heat resistance
● Applications in automotive engine cooling system

Advanced glass fiber & glass bead filled PA6 material offering excellent mechanical and thermal properties.

Key Features:

● Excellent rigidity and strength
● Outstanding high temperature performance
● Tensile strength exceeding most polyamides
● High material reusability

Example Applications:

● End-use part in high-temperature environment such as engine bay parts
● Housings & fixtures
● Great alternative for CNC & injection molding

Carbon Fiber reinforced, PA6-based Material offering well-ballanced mechanical properties at high temperatures.

Key Features:

● Excellent tensile strength, modulus, corrosion resistance
● Outstanding high temperature performance
● Good abrasion resistance

Example Applications:

● Ideal for functional verification & small scale production, alternative to CNC & injection molding
● End-use parts in high-temperature environment in automotive, electronics, etc

Advanced TPU material for producing parts with excellent elongation.

Key Features:

● Excellent elongation
● High material re-usability
● Low processing temperature required

Example Applications:

● Ideal for soft and elastic parts fabrication
● Multi-purpose applications in industrial and consumer products such as cases, lids, fashion apparels and accessories

High-performance TPU material offering superb flexural modulus of build parts.

Key Features:

● Superb elongation and flexural performance
● Excellent impact and shock resistance
● High material reusability
● Low processing temperature required

Example Applications:

● Ideal for applications requiring an elastic, flexible and durable material
● Automotive interior, cushion and flexible parts
● Consumer products such as shoe sole, helmet lining

Advanced TPU Material successfully tested for Flight Technology.

Key Features:

● Superb elongation, high size-stability
● Good material recyclability
● Fast production with Farsoon’s Flight Technology

Example Applications:

● Well suited for rapid, industrial-scale TPU production
● Perfect choice for tailored shoe soles, complex tube geometries and medical applications.

Advanced PA11 Material offering excellent impact resistance.

Key Features:

● Excellent toughness and impact resistance
● Good heat and chemical resistance
● Excellent biocompatibility
● Low water absorption, low temperature resistance

Example Applications:

● Perfect for functional end-use parts requiring strength, flexibility and durability
● Medical orthopedic, automotive interior
● Industrial applications such as injection molding

Advanced PPS Material suits industrial application in high-temperature environment.

Key Features:

● High resistance to thermal deformation
● Excellent chemical resistance, low water absorption
● Excellent electrical insulation
● Flame retardant

Example Applications:

● Parts with high mechanical properties and heat resistance
● Industrial prototypes and series production
● Automotive applications such as engine parts

Advanced Industrial Material features outstanding elongation.

Key Features:

● Excellent chemical stability, low water absorption
● Good mechanical strength, rigidity, elongation
● Optimized formula for laser sintering process

Example Applications:

● Automotive, electrical, healthcare and sport parts
● Industrial end-use parts durable and flexible
● Functional applications requiring mechanical loads and chemical resistance