Application of ORINKO Nylon Compound in New Energy And Rail Transit Industries

New infrastructure is infrastructure construction focused on the technology side, which mainly includes seven major areas including 5G infrastructure, UHV, intercity high-speed railway and intercity rail transit, new energy vehicle charging piles, big data centers, artificial intelligence and industrial Internet.

ORINKO PLASTICS is committed to developing Nylon Compound for the above industries and achieving good results, including applications in the following final products:

Charging pile: The housing, cover plate, connector and other components of the charging pile are often made of flame-retardant nylon materials.

Battery module: Flame-retardant nylon materials will also be used in the battery module cover, shell, etc.

Charging gun: As an electric vehicle charging connector, the housing, connector and other components of the charging gun will also use flame-retardant nylon materials.

In these applications, ORINKO PLASTICS's flame-retardant nylon compound can effectively prevent fire accidents caused by electrical failures, circuit short circuits, etc., and improve the safety performance of equipment.

Case 1: New Energy Charging Gun Head and High Voltage Connector - Flame Retardant Nylon Compound

Materials Characteristic:

1.Double 85 test, High impact strength under low temperature environment,

2.High temperature resistance and Anti-UV,

3.CTI>600V at 3.0mm,

4.UL94 V0 at 0.4mm, thin chips have good flame retardant properties and good process,

Case 2: Photovoltaic Circuit Connector and Automotive Circuit Connector-Red Phosphorus Flame Retardant Nylon Compound

Materials Characteristic:

1.Low odor and precipitation, corrosion resistance,
2.UL 94 V0 at 0.8mm,
3.Good process,
4.High temperature resistance,

Case 3: Motor Bracket and Lithium Battery Bracket - Flame Retardant Nylon Compound

Materials Characteristic:

1.Electrical properties: Good at 3200V.DC, 60s and  No Breakdown at Current ≤3mA,

2.High and low temperature resistance, -40°C~150°C,

3.High pressure, High temperature with 200°C/8H, The parts will not be brittle or cracked,

Case 4: 5G outdoor base station connector and Circuit Connector - Flame Retardant Nylon Compound

Materials Characteristic:

1.High and low temperature resistance:-40°C ~150°C, RTI>115°C

2.CTI>600V,GWIT is 750°C at 3.0mm

3.IP67, Resistant to salt spray

4.UL94 V0 at 0.4mm, and good process

Case 5: Rail Transit - Low smoke and low toxicity Nylon Compound

Materials Characteristic:

1.EN 45545-2 R22 HL3

2.Oxygen Index: >32%

3.Smoke density: Dsmax<150

4.Toxicity: CITnlp<0.75

Case 6: High Speed Railway Gauge Block/Casing - Reinforced Nylon Compound

Materials Characteristic:

1.High strength, high heat resistance, insulation,

2.Boiling resistance meets >108,

3.Good molding fluidity,