ABS MANIFOLDS
Acrylonitrile Butadiene Styrene (ABS)Ā is an inexpensive, strong, stiff plastic material that is easy to machine and fabricate.
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- High tensile strength
- Good impact resistance
- Stiff and durable
- Good chemical resistance
- Cost efficient
- Easy to machine
- Lightweight
- Great choice for 3D printing and prototypes
- Impact Resistant
Great thermoplastic for structural applications and load bearing surfaces.
- Recyclable
- Flexible in adding components & manufacturing methods
- Flexible in aesthetics
Takes color rather easily
- Versatile
Typical Injection Molding Temperature
Ā 400 - 460Ā° F
Tensile Strength
46 MPa (6600 PSI)
Specific Gravity
1.06
Shrink Rate
0.5-0.7 % (.005-.007 in/in)
Density
1.0 ā 1.05g/cm3
Heat Resistance
Between 80-90Ā°C (176-194Ā°F)
Chemical Resistance
Resistant to water, phosphorus, and hydrochloride acids. However, certain solvents degrade structure. To learn more, please visit our chemical resistance chart
Available in either off-white or black stock shapes, ABS is a good choice for structural applications when impact resistance, strength, and stiffness are required. It is often used to create prototypes because it is easy to machine, sand, paint, or glue.Ā It offers excellent aesthetics with an attractive look and feel.Ā ABS allows good cosmetic finishes and can be colored relatively easily; it is often used for housings with textured or glossy surfaces. Ā It is thermoplastic, liquifying at 221Ā° F, making it easily injection molded or used with a 3D printer and then subsequently recycled.
ABS is used in a wide variety of applications, including OEM part production, 3D print manufacturing, machine prototypes, pipes and fittings, packaging, computer keyboards, tool and other housings, toys, small kitchen appliances, protective headgear, and automotive components.
ABS PLASTIC AT A GLANCE
- High tensile strength
- Good impact resistance
- Stiff and durable
- Good chemical resistance
- Cost efficient
- Easy to machine
- Lightweight
- Great choice for 3D printing and prototypes
ABS CAPABILITIES
- Impact Resistant
Great thermoplastic for structural applications and load bearing surfaces.
- Recyclable
- Flexible in adding components & manufacturing methods
- Flexible in aesthetics
Takes color rather easily
- Versatile
ABS GENERAL CHARACTERISTICS
Typical Injection Molding Temperature
Ā 400 - 460Ā° F
Tensile Strength
46 MPa (6600 PSI)
Specific Gravity
1.06
Shrink Rate
0.5-0.7 % (.005-.007 in/in)
Density
1.0 ā 1.05g/cm3
Heat Resistance
Between 80-90Ā°C (176-194Ā°F)
Chemical Resistance
Resistant to water, phosphorus, and hydrochloride acids. However, certain solvents degrade structure. To learn more, please visit our chemical resistance chart
ABS MANIFOLDS
Available in either off-white or black stock shapes, ABS is a good choice for structural applications when impact resistance, strength, and stiffness are required. It is often used to create prototypes because it is easy to machine, sand, paint, or glue.Ā It offers excellent aesthetics with an attractive look and feel.Ā ABS allows good cosmetic finishes and can be colored relatively easily; it is often used for housings with textured or glossy surfaces. Ā It is thermoplastic, liquifying at 221Ā° F, making it easily injection molded or used with a 3D printer and then subsequently recycled.
ABS is used in a wide variety of applications, including OEM part production, 3D print manufacturing, machine prototypes, pipes and fittings, packaging, computer keyboards, tool and other housings, toys, small kitchen appliances, protective headgear, and automotive components.