Mechanical Properties | Metric | English | Comments |
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Tensile Strength at Break | 241 MPa | 35000 psi | ASTM D638 |
Oxford Polymers Oxnilon 6-60GF(DRY) PA6, 60% Glass Fiber Reinforced, Dry Product Description: Glass Fiber (60% Reinforced), Nylon 6 injection molding grade Processing and Delivery Form: Pellets and Injection MoldingAdditives: Release Agents, Lubricants and Heat Stabiliz.. |
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Tensile Strength at Break | 241 - 276 MPa | 35000 - 40000 psi | Nickel-Silver butt joint |
Lucas-Milhaupt BRAZE 250 Silver Based Cadmium Free Filler Metal Characteristics:Braze 250 is an intermediate temperature silver brazing alloy with a long (325EF/180EC) melting range. It has a tendency to liquate (i.e. separate into low and high melting constitu.. |
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Tensile Strength at Break | 241 - 276 MPa | 35000 - 40000 psi | Nickel-Silver butt joint |
Lucas-Milhaupt BRAZE 300 Silver Based Cadmium Free Filler Metal Characteristics: Braze 300 is an intermediate temperature silver brazing alloy with a fairly long (160EF/70EC) melting range. This long melting range is helpful when wide gap joints are brazed and .. |
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Tensile Strength at Break | 241 - 310 MPa | 35000 - 45000 psi | Brass butt joint |
Lucas-Milhaupt BRAZE 380 Characteristics:Braze 380 is a free-flowing, low temperature filler metal with excellent wetting of most ferrous and non-ferrous base metals, and is a good substitute for cadmium-bearing filler meta.. |
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Tensile Strength at Break | 241 - 310 MPa | 35000 - 45000 psi | Brass butt joint |
Lucas-Milhaupt BRAZE 452 Characteristics:Braze 452 is a free-flowing, low temperature filler metal commonly used to replace cadmium-bearing filler metals of similar silver content. This alloy is best suited for narrow gap .. |
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Tensile Strength at Break | 241 - 276 MPa | 35000 - 40000 psi | Nickel-Silver butt joint |
Lucas-Milhaupt BRAZE 541 Silver Based Cadmium Free Filler Metal Characteristics:Braze 541 is an intermediate temperature silver brazing alloy with a rather long, 235EF (130EC) melting range. It has a tendency to liquate (i.e. separate into low and high melting .. |
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Tensile Strength at Break | 241 - 345 MPa | 35000 - 50000 psi | Brass butt joint |
Lucas-Milhaupt BRAZE 541 Silver Based Cadmium Free Filler Metal Characteristics:Braze 541 is an intermediate temperature silver brazing alloy with a rather long, 235EF (130EC) melting range. It has a tendency to liquate (i.e. separate into low and high melting .. |
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Tensile Strength at Break | 241 - 310 MPa | 35000 - 45000 psi | Brass butt joint |
Lucas-Milhaupt BRAZE 600 Silver Based Cadmium Free Filler Metal Characteristics: Braze 600 is a copper rich eutectiferous alloy, the eutectiferous portion of which is molten at 1300EF (705EC), about 25EF before the entire composition is completely fluid. Thus t.. |
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Tensile Strength at Break | 241 - 310 MPa | 35000 - 45000 psi | Brass butt joint |
Lucas-Milhaupt BRAZE 650 (Easy) 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.. |
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Tensile Strength at Break | 241 - 276 MPa | 35000 - 40000 psi | Nickel-Silver butt joint |
Lucas-Milhaupt BRAZE 716 (VTG) Grade 1 Silver Based Cadmium Free Filler Metal Characteristics: Braze 716 is a nickel modified silver copper eutectic filler metal. The addition of nickel renders this alloy somewhat more sluggish in flow characteristics than the eutectic comp.. |
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Tensile Strength at Break | 241 - 345 MPa | 35000 - 50000 psi | Brass butt joint |
Lucas-Milhaupt BRAZE 716 (VTG) Grade 2 Silver Based Cadmium Free Filler Metal Characteristics: Braze 716 is a nickel modified silver copper eutectic filler metal. The addition of nickel renders this alloy somewhat more sluggish in flow characteristics than the eutectic comp.. |
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Tensile Strength at Break | 241 - 276 MPa | 35000 - 40000 psi | Nickel-Silver butt joint |
Lucas-Milhaupt BRAZE 720 Silver Based Cadmium Free Filler Metal Characteristics:Brazing 720 is the silver-copper eutectic composition and in melting it acts like a metallic element, i.e. it melts completely at a single temperature, thus it will quickly flow into.. |
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Tensile Strength at Break | 241 - 345 MPa | 35000 - 50000 psi | Brass butt joint |
Lucas-Milhaupt BRAZE 720 Silver Based Cadmium Free Filler Metal Characteristics:Brazing 720 is the silver-copper eutectic composition and in melting it acts like a metallic element, i.e. it melts completely at a single temperature, thus it will quickly flow into.. |
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Tensile Strength at Break | 241 - 276 MPa | 35000 - 40000 psi | Nickel-Silver butt joint |
Lucas-Milhaupt BRAZE 721 (VTG) Grade 1 Silver Based Cadmium Free Filler Metal Applications: Braze 721, a VTG version of Braze 720, is designed for all types of moderate temperature vacuum systems and particularly where maximum precautions must be taken to insure the presenc.. |
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Tensile Strength at Break | 241 - 345 MPa | 35000 - 50000 psi | Brass butt joint |
Lucas-Milhaupt BRAZE 721 (VTG) Grade 1 Silver Based Cadmium Free Filler Metal Applications: Braze 721, a VTG version of Braze 720, is designed for all types of moderate temperature vacuum systems and particularly where maximum precautions must be taken to insure the presenc.. |
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Tensile Strength at Break | 241 - 345 MPa | 35000 - 50000 psi | Brass butt joint |
Lucas-Milhaupt BRAZE 721 (VTG) Grade 2 Silver Based Cadmium Free Filler Metal Applications: Braze 721, a VTG version of Braze 720, is designed for all types of moderate temperature vacuum systems and particularly where maximum precautions must be taken to insure the presenc.. |
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Tensile Strength at Break | 241 - 276 MPa | 35000 - 40000 psi | Nickel-Silver butt joint |
Lucas-Milhaupt SIL-FOS 5 Silver/ Copper/ Phosphorus Alloy Applications: Sil-Fos 5 was developed primarily for use on copper, but their use has extended to other nonferrous copper base alloys. It is used extensively on refrigeration units, air conditionin.. |
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Tensile Strength at Break | 241 MPa | 35000 psi | |
Shakespeare MX-200 PP Polypropylene Monofilament Generally good chemical resistance. Good biological resistance.Information provided by Shakespeare Company. |
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Tensile Strength at Break | 241 MPa | 35000 psi | ISO 527 |
SABIC Innovative Plastics LNP THERMOCOMP PF00ASXS PA 6 LNP THERMOCOMP* PF00ASXS is a compound based on Nylon 6 resin containing 50% Glass Fiber. Added features of this material include: Heat Stabilized. |
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Tensile Strength at Break | 241 MPa | 35000 psi | ISO 527 |
SABIC Innovative Plastics LNP THERMOCOMP PF00ASXS PA 6 (Asia Pacific) LNP THERMOCOMP* PF00ASXS is a compound based on Nylon 6 resin containing Glass Fiber. Added features of this material include: Heat Stabilized. |
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Tensile Strength at Break | 241 MPa | 35000 psi | Type I, 5 mm/min; ASTM D638 |
SABIC Innovative Plastics LNP THERMOCOMP RX12402 PA 66 LNP* Thermocomp* RX12402 is a compound based on PA66 containing 60% Glass Fiber. Added feature is Superior Flow. |
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Tensile Strength at Break | 241 MPa | 35000 psi | Annealed |
California Fine Wire Nickel Alloy 60 Copper Nickel Resistance Wire All values may vary dependent on specific design and usageCapabilities: WireRibbonSquareInsulatedPlatedInformation provided by California Fine Wire. |
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Tensile Strength at Break | 241 MPa | 35000 psi | Annealed |
California Fine Wire Nickel Alloy 90 Copper Nickel Resistance Wire All values may vary dependent on specific design and usageCapabilities: WireRibbonSquareInsulatedPlatedInformation provided by California Fine Wire. |
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Tensile Strength at Break | 241 MPa | 35000 psi | |
Carlson 303 Austenitic Stainless Steel Carlson 303 is an austenitic free-machining stainless steel. The standard 18-8 stainless steels are more difficult to turn, mill and drill which restricts their use when considerable machining is r.. |
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Tensile Strength at Break | 241 - 310 MPa | 35000 - 45000 psi | Brass butt joint |
Lucas-Milhaupt BRAZE 402 Silver Based Cadmium Free Filler Metal Characteristics: Braze 402 is a free-flowing, intermediate temperature filler metal and as such is a good substitute for cadmium-bearing filler metals with similar silver contents. The material is .. |