Ultramid ® PA66

Ultramid ® PA66

BASF uses Ultraid ® Supply polyamide for trademark injection molding and extrusion molding. Its varieties include the PA66 brand (Ultra ID ® A) PA6 brand (Ultraid ® B) Special polyamides, such as PA6T/6 (Ultra) ® T) And PA610 (Ultra ID ® S Balance and special brands based on special copolymer polyamides. Ultraid ® A is produced by condensation polymerization of hexamethylene diamine and adipic acid, while Ultramid ® B is manufactured through hydrolysis polymerization of caprolactam. These raw materials are extracted from chemical raw materials such as benzene, cyclohexane, and p-xylene.

Model

Application

Features

Information

A3EG3

BASF, Germany

Glass fiber reinforced grade

Electrical Parts Electronic Insulation Housing Machinery/Mechanical Parts

15% glass fiber reinforced injection molding, good stiffness and oil resistance

A3EG5

BASF, Germany

Glass fiber reinforced grade

Such as coil former and bearing cage. Also used for electrical insulation parts.

25% glass fiber reinforced injection molding grade, used for mechanical parts and housings with high rigidity and dimensional stability, oil resistance

A3EG6

BASF, Germany

Glass fiber reinforced grade

Typical applications include insulating profiles and electrical insulation components such as lamp holder housings, cooling fans, aluminum window frames.

30% glass fiber reinforced injection molded PA66 grade for mechanical parts and housings, with high rigidity and dimensional stability.

A3EG6 FC

BASF, Germany

Food Grade

Injection molding

30% glass fiber, in line with FDA, European food contact (EU)Nr and other regional food contact regulations. 10/2011 and GMP(EC)n ° 2023/2006.

A3EG7

BASF, Germany

Glass fiber reinforced grade

Applications include lamp holder housings, cooling fans, insulating profiles for aluminum window frames, water containers for automotive cooling systems, and electrical insulation components.

35% glass fiber reinforced injection molded PA66 grade for mechanical parts and housings, with high rigidity and dimensional stability.

A3EG7 FC

BASF, Germany

Food Grade

Injection molding

35% glass fiber reinforced injection molding grade for food contact items.

A3HG5

BASF, Germany

Glass fiber reinforced grade

Typical applications include mechanical components and housings with high stiffness and dimensional stability.

25% glass fiber reinforced injection molded PA66 grade. High dimensional stability, high stiffness and oil resistance

A3HG6 HR

BASF, Germany

Glass fiber reinforced grade

Automotive applications, typical applications include automotive radiator mounting frames.

30% glass fiber reinforced PA66 injection grade. It has good hydrolysis resistance, oil resistance

A3HG7

BASF, Germany

Glass fiber reinforced grade

Mechanical parts and housings, such as gears, solenoid valve housings, current heaters, trailing cable accessories, and electrical insulation parts.

35% glass fiber reinforced injection molded PA66 grade, high dimensional stability, high stiffness and oil resistance

A3K

BASF, Germany

Non-enhanced level

Bearings, gears and electrical insulation components such as terminals and cable connectors

Insulation Fast molding cycle Good fluidity and oil resistance

A3UG5

BASF, Germany

Flame retardant grade

Vehicle manufacturing, electrical technology and electronics industry, household appliance technology, industrial switchgear, photovoltaic power,

Halogen-free and red phosphorus flame retardant 25% glass fiber reinforced injection molding grade products; light color, excellent mechanical and electrical properties.

A3W

BASF, Germany

Non-enhanced level

Uses include high stress components such as bearings, bearing cages, gears, coil former and cable connectors.

Fast molding cycle Good fluidity Good heat aging resistance Oil resistance

A3WG10

BASF, Germany

Glass fiber reinforced grade

Industrial Applications

Glass fiber 50% reinforced rigidity, high good heat aging resistance and oil resistance

A3WG3

BASF, Germany

Glass fiber reinforced grade

Shell

Glass fiber 15% reinforced, good heat aging resistance, good rigidity and oil resistance

A3WG5

BASF, Germany

Glass fiber reinforced grade

Enclosure of machine/mechanical parts

Glass fiber 25% reinforced, good heat resistance, high dimensional stability, high rigidity and oil resistance

A3WG6

BASF, Germany

Glass fiber reinforced grade

Typical applications include lamp holder housings, cooling fans, insulating profiles for aluminum window frames, water containers for automotive cooling systems.

30% glass fiber reinforced and heat resistant injection molded PA66 grade, used for mechanical parts and housings, with high rigidity and dimensional stability.

A3WG7

BASF, Germany

Glass fiber reinforced grade

Typical applications include gears, solenoid valve housings, cable accessories, automotive fuel dispensers and automotive transmission components.

35% glass fiber reinforced and heat resistant injection molded PA66 grade for industrial equipment.

A3X2G5

BASF, Germany

Flame retardant grade

Vehicle manufacturing, electrical technology and electronics industry, household appliance technology, industrial switchgear, photovoltaic power,

25% glass fiber reinforced injection molded PA66 grade. Flame retardant based on red phosphorus; outstanding mechanical and electrical properties.

A3X2G7

BASF, Germany

Flame retardant grade

Vehicle manufacturing, electrical technology and electronics industry, household appliance technology, industrial switchgear, photovoltaic power,

35% glass fiber reinforced injection molded PA66 grade. Red phosphorus flame retardant; high stiffness and strength; outstanding mechanical and electrical properties.

A3XZG5

BASF, Germany

Flame retardant grade

Typical applications include components with high stiffness, dimensional stability and enhanced impact strength, such as electrical switches.

25% glass fiber reinforced injection molded PA66 grade with improved flame retardancy. Flame retardant based on red phosphorus.

A3Z

BASF, Germany

Non-enhanced level

Shell

Impact modification Low temperature impact resistance Oil resistance

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