Electrical & Electronics

High Density Interconnect
High speed server, data storage and other network equipments
Mobile devices
Potential 5G device solution

Electronic connectors
Electronic housing

AC cable
Building and construction wire and cable
Other high temperature and low temperature wires

Wire and Cable Wrap
Capacitor
Battery label
Flexible print circuits

Mass Transit
Aerospace
Commercial Lighting

• Epoxy
• Poly (p-phenylene oxide) or poly (p-phenylene ether) (PPE)

• Polycarbonate
• Polycarbonate Blends
• Glass Filled Polycarbone
• Glass Filled Polybutylene
• Terephthalate

• Thermoplastic Polyurethane (TPU)
• Polyester Elastomers (TPE)

• Polyethylene terephthalate (PET)

• Polycarbonate (PC)

• Halogen-free and non-migrating
• Excellent dielectric properties: low Dk (3.5) and Df (<0.007)
• Dimensional stability: low coefficient of thermal expansion
• Ability to meet higher power consumption and thermal management requirements
• Increased thermal stability: Td>400C
• Proven reliability
• Excellent pressure cooker test and CAF test results
• Higher peel strength, enables low coefficient of thermal expansion
• Increased toughness (modulus)
• Improved moisture and heat resistance
• Excellent CAF performance

• Halogen-free and non-migrating
• Improved FR and higher HDT
• Ability to reach UL 94 V-0 at lower thickness and higher HDT
• No corrosion to the equipment
• Higher flow to enable thin wall application designs
• Improved fire resistance performance

• Halogen-free and non-migrating
• Can form transparent blends when blended into different types of TPUs
• VTM-0 rating was obtained for transparent thin sheets or films at a thickness as low as 50 micrometers
• Enhance flame retardancy performance to pass the VW1 test
• True synergist effect between different flame retardants to enable Polyether-based TPUs to meet V0/1.6 mm performance
• Good heat stability (136°C for seven days) and hydrolytic stability (80°C, 21 days) tests results
• True synergist effect between different flame retardants to obtain a V0/1.6 mm performance
• Can form an optimized formulation that showed a combination of good FR, good tensile properties and required flow.

• Halogen-free and non-migrating
• VTM0 (12-200µm), V0 (0.4-4mm)
• Maintain transparency,
• 95% luminous transmittance, 0.5% haze
• No negative performance impact on host polymer
• Consistence in FR property
• Commercially adopted and customer products acquired UL certificates
• Only with Nofia materials can thin, transparent FR BOPET films be obtained.
• Balance of cost/performance of FR transparent BOPET is superior to polycarbonate (PC), polyimide (PI) and polyether imide (PEI) films allowing an expansion of the market for Nofia enabled FR BOPET

• Halogen-free and non-migrating
• Fully transparent UL94 V0 flame retardant grades as thin as 0.4mm thick
• 2X times better melt flow index than typical PC grades which enables more detailed and complex shapes
• Meets building and construction, mass transits fire safety standards.

Nofia OL3001

Nofia CO3000

Nofia CO6000

Nofia HM1100

Nofia HM7000

Nofia HM9000

Nofia CO6000

Nofia HM5000

Nofia HM7000

Nofia HM1100

Nofia HM9000

Nofia HM7000

Nofia HM1100

Nofia HM9000

UL94 V0/0.8mm

Various Mechanical and Environmental Reliability Tests

UL94 V0/0.8mm PC

VO/0.4mm

VTM0/0.075mm

UL1581 – VW1

VTM0 (15-200µm)

UL94 VTM0/0.2mm

UL94 V0/0.4mm