PSF27 - Revision history

Jabba359 at 19:11, 28 July 2014

2014-07-28T19:11:40Z

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Jabba359 at 19:09, 28 July 2014

2014-07-28T19:09:44Z

← Older revision		Revision as of 13:09, 28 July 2014
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			PSF27 is a tool steel produced using the Spray Forming Process. Spray forming—also known as spray casting or spray deposition—begins by melting an alloy steel in an induction furnace. The molten steel is then poured through a ceramic nozzle and broken up into droplets by an array of gas jets. The droplets are accelerated by the jets to impact onto a collection surface while still in a semi-solid condition. There they build up to form a spray-formed billet, assuming the shape of the substrate surface. The small size and rapid cooling of the droplets minimizes alloy segregation to produce an extremely fine-grained homogenous steel.

	PSF27 consists of:		PSF27 consists of:

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	PSF27 a tool steel produced using the Spray Forming Process. Spray forming—also known as spray casting or spray deposition—begins by melting an alloy steel in an induction furnace. The molten steel is then poured through a ceramic nozzle and broken up into droplets by an array of gas jets. The droplets are accelerated by the jets to impact onto a collection surface while still in a semi-solid condition. There they build up to form a spray-formed billet, assuming the shape of the substrate surface. The small size and rapid cooling of the droplets minimizes alloy segregation to produce an extremely fine-grained homogenous steel.

	[[category:Steels]]		[[category:Steels]]

Jabba359 at 19:09, 28 July 2014

2014-07-28T19:09:16Z

← Older revision		Revision as of 13:09, 28 July 2014
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			PSF27 a tool steel produced using the Spray Forming Process. Spray forming—also known as spray casting or spray deposition—begins by melting an alloy steel in an induction furnace. The molten steel is then poured through a ceramic nozzle and broken up into droplets by an array of gas jets. The droplets are accelerated by the jets to impact onto a collection surface while still in a semi-solid condition. There they build up to form a spray-formed billet, assuming the shape of the substrate surface. The small size and rapid cooling of the droplets minimizes alloy segregation to produce an extremely fine-grained homogenous steel.

	[[category:Steels]]		[[category:Steels]]

Peter1960: New page: PSF27 consists of: {|{{Articletable}} {{Tableheading}}'''Carbon''' {{Tableheading}}'''Chromium''' {{Tableheading}}'''Cobalt''' {{Tableheading}}'''Copper''' {{Tableheading}}'''Manganese'''...

2014-07-28T18:02:06Z

New page: PSF27 consists of: {|{{Articletable}} {{Tableheading}}'''Carbon''' {{Tableheading}}'''Chromium''' {{Tableheading}}'''Cobalt''' {{Tableheading}}'''Copper''' {{Tableheading}}'''Manganese'''...

New page

PSF27 consists of:

{|{{Articletable}}
{{Tableheading}}'''Carbon'''
{{Tableheading}}'''Chromium'''
{{Tableheading}}'''Cobalt'''
{{Tableheading}}'''Copper'''
{{Tableheading}}'''Manganese'''
{{Tableheading}}'''Molybdenium'''
{{Tableheading}}'''Nickel'''
{{Tableheading}}'''Nitrogen'''
{{Tableheading}}'''Phosphorus'''
{{tableheading}}'''Silicon'''
{{Tableheading}}'''Sulfur'''
{{Tableheading}}'''Tungsten'''
{{Tableheading}}'''Vanadium'''
|-
|1.55
|12.00
|/
|/
|/
|0.75
|/
|/
|/
|/
|/
|/
|1.00
|-

[[category:Steels]]