Probes and Spatulas Datasheet by Ideal-tek S.A.

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Product Datasheet
www.ideal-tek.com
Probes & Spatulas - Stainless steel
Stainless steel multi-purpose tools for Electronics Assembly / Rework and Lab applications
Probes and Spatulas are general purpose tools for scraping, getting into small areas, use with adhesives, moving small parts
etc. Ideal for circuit board repair and rework. Perfect help for checking solder joints and mechanical inspections.
»Rust-free stainless steel AISI 410
»Serrated handles for better grip
»Multi-purpose
»Probes length: 15 cm / 6”
»Spatulas length: 17 cm / 6,7”
»Available singularly or in kit of four and six styles
MPTSP3
Stainless steel probe - Single bend tip
MPTSP2
Stainless steel probe - Angled needle tip
MPTSP1
Stainless steel probe - Straight needle tip
Probes
MPTSP4
Stainless steel probe - Hook tip
MPTSP5
Stainless steel probe - Triple bend tip
MPTSP6
Stainless steel probe - Flat tip
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Product Datasheet
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K4MPTSP
Stainless steel probe - Kit of four styles (MPTSP1, MPTSP2, MPTSP3, MPTSP4)
K6MPTSP
Stainless steel probe - Kit of six styles (MPTSP1, MPTSP2, MPTSP3, MPTSP4, MPTSP5, MPTSP6)
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Product Datasheet
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MPTSS3
Stainless steel spatula – Short flat squared tip & long flat
rounded tip
MPTSS2
Stainless steel spatula – Short rounded tip & large flat
squared tip
MPTSS1
Stainless steel spatula - Short pointed tip & long curved
rounded tip
Spatulas
MPTSS4
Stainless steel spatula – Long curved pointed tip & long
curved rounded tip
K4MPTSS
Stainless steel spatulas - Kit of four styles (MPTSS1, MPTSS2, MPTSS3, MPTSS4)
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Product Datasheet
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Density 7.70 Kg/dm3
Tensile strength, ultimate 586-655 MPa
0.2% Yield stress ≥420 MPa
Modulus of elasticity 200 GPa
Mechanical properties
Material information
General notes:
»Martensitic higher carbon steel (Material number 1.4021, AISI number 410)
»The grade is basically an iron chromium alloy
»Magnetizable
»Good formability and ductility
»It is a martensitic grade which exhibits good mechanical properties coupled with good corrosion resistance.
Coef. of lin. therm expansion 10.5 E-6/°C 20°C-100°C
Coef. of lin. therm expansion 11.5 E-6/°C 20°C-300°C
Specific heat capacity 0.46 J/(g∙K) 20°C
Thermal conductivity 30 W/(m∙K) 20°C
Resistivity 0.06 E-6 Ohm.m
Electrical properties
Thermal properties
Component Wt.% Component Wt.% Component Wt.%
C≤0.15 Si ≤1.0 Mn ≤2.0
P≤0.025 S≤0.025 Cr 11.5-13.5
Composition