Polymer Property : Tensile Strength at Break = 276 MPa Product List

Mechanical Properties

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Mechanical Properties	Metric	English	Comments
Tensile Strength at Break	276 - 345 MPa	40000 - 50000 psi	Brass butt joint
Lucas-Milhaupt BRAZE 450 Silver Based Cadmium Free Filler Metal Characteristics:Braze 450 is an intermediate temperature cadmium free silver brazing filler metal with sufficient melting range (145EF) to properly braze joints with the range of fits encountered in..
Tensile Strength at Break	276 - 345 MPa	40000 - 50000 psi	Nickel-Silver butt joint
Lucas-Milhaupt BRAZE 700 (Medium) Silver Based Cadmium Free Filler Metal Characteristics: This alloy is a intermediate silver brazing filler metals with a slight tendency to liquate (i.e. separate into low and high melting constituents) if heated slowly through their mel..
Tensile Strength at Break	276 - 345 MPa	40000 - 50000 psi	Low Carbon Steel butt joint
Lucas-Milhaupt BRAZE 560 Characteristics:Braze 560 is a low temperature, free-flowing brazing filler metal with a slight tendency to liquate (i.e. separate into low and high melting constituents) if heated slowly through it..
Tensile Strength at Break	276 - 345 MPa	40000 - 50000 psi	Nickel-Silver butt joint
Lucas-Milhaupt BRAZE 750 (Hard) Silver Based Cadmium Free Filler Metal Characteristics: This alloy is a intermediate silver brazing filler metals with a slight tendency to liquate (i.e. separate into low and high melting constituents) if heated slowly through their mel..
Tensile Strength at Break	276 MPa	40000 psi	ASTM D638
Techmer ES ElectrafilÂ® J-1/CF/40 BK PA66
Tensile Strength at Break	276 MPa	40000 psi	ASTM D638
Techmer ES ElectrafilÂ® J-1/CF/40 NAT PA66
Tensile Strength at Break	276 MPa	40000 psi	5 mm/min; ISO 527
SABIC Innovative Plastics LNP VERTON RV00AES PA 66 (Europe-Africa-Middle East) LNP VERTON* RV00AES is a compound based on PA 66 resin containing Long Glass Fiber. Added features of this material include: Easy Molding, Heat Stabilized.
Tensile Strength at Break	276 MPa	40000 psi	5 mm/min; ISO 527
SABIC Innovative Plastics LNP Verton RV00AESM PA 66 (Europe-Africa-Middle East) LNP* VERTON* RV00AESM is a compound based on PA66 resin containing Long Glass Fiber. Added features include: Easy Moldin, Heat Stabilized.This data was supplied by SABIC-IP for the Europe-Africa-Mid..
Tensile Strength at Break	276 MPa	40000 psi	5 mm/min; ISO 527
SABIC Innovative Plastics LNP VERTON RV00AESP PA 66 (Europe-Africa-Middle East) LNP* VERTON* RV00AESP is a compound based on PA66 resin containing Long Glass Fiber. Added features include : Easy Molding, Heat Stabilized.
Tensile Strength at Break	276 MPa	40000 psi	5 mm/min; ISO 527
SABIC Innovative Plastics LNP VERTON RV00AESS PA 66 (Europe-Africa-Middle East) LNP* VERTON* RV00AESS is a compound based on PA 66 resin containing Long Glass Fiber. Added features include; Easy Molding, Heat Stabilized.
Tensile Strength at Break	276 MPa	40000 psi	5 mm/min; ISO 527
SABIC Innovative Plastics LNP VERTON RV00AEU PA 66 (Europe-Africa-Middle East) LNP* VERTON* RV00AEU is a compound based on PA 66 resin containing Long Glass Fiber. Added features include : Easy Molding, UV Stabilized.
Tensile Strength at Break	276 MPa	40000 psi	5 mm/min; ISO 527
SABIC Innovative Plastics LNP VERTON RV00AEX5 PA6.6 (Europe-Africa-Middle East) LNP* VERTON* Is a compound based on PA66 resin containing Long Glass Fiber. Added features include: Easy Molding, Heat Stabilized.
Tensile Strength at Break	276 MPa	40000 psi	Longitudinal direction; ISO 527
Azdel Plus U421-B01 42% Directionalized Continuous Fiber Mat / PP Resin Matrix AZDEL® U421-B01 is a glass mat thermoplastic laminate based upon a combination of random oriented continuous fiber mat and oriented fiber mat contained within a polypropylene resin matrix. This co..
Tensile Strength at Break	>= 276 MPa	>= 40000 psi
Carlson 90 10 Cu Ni Copper-Nickel Alloy General DescriptionCarlson Alloy 90 10 Cu Ni is a copper-based alloy developed as a cost-effective substitute for 70 30 Cu Ni. An addition of approximately 1.4% iron was made to increase its resist..