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كسارة فكية سلسلة PE

كسارة فكية سلسلة PEW

الفك كسارة HJ سلسلة

كسارة تصادمية سلسلة PF

كسارة تصادمية سلسلة PFW

الكسارة المطرقة

كسارة مخروطية سلسلة HCS

كسارة مخروطية سلسلة HPC

المخروطية الكسارة HPT

كسارة VSI

كسارة سلسلة VSI5X

معدات غسل سلسلة XSD

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كسارة تصادمية متنقلة

كسارة فكية متنقلة

كسارة كرية

المطحنة العمودية سلسلة LM

مطحنة الدوران سلسلة MTM

مطحنة شبه المنحرف سلسلة MTW

مطحنة ريموند

مطحنة سلسلة SCM

المغذي الاهتزازي

غربال الهزاز

غربال الهزاز سلسلة YKN

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CA2244600C

A process for producing titanium slag which is low in radioactivity wherein molten titanium slag, produced by smelting ilmenite in the presence of a reductant in a DC electric arc furnace, is separated from molten iron, boron in an amount which is less than 2,5% equivalent B2O3 of the slag is blended with the molten slag which thereafter is allowed to cool to form a glassy phase

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US5997606A

A process for producing titanium slag which is low in radioactivity wherein molten titanium slag, produced by smelting ilmenite in the presence of a reductant in a DC electric arc furnace, is separated from molten iron, boron in an amount which is less than 2.5% equivalent B 2 O 3 of the slag is blended with the molten slag which thereafter is allowed to cool to form a glassy phase

الدردشة الآنGet Price

US5997606A

A process for producing titanium slag which is low in radioactivity wherein molten titanium slag, produced by smelting ilmenite in the presence of a reductant in a DC electric arc furnace, is

Author: Jacobus Cornelius Gideon Kotze Van Der Colf, Johannes Nell, Frances Standerالدردشة الآنGet Price

Production of titanium slag

Abstract of EP0900855 A process for producing titanium slag which is low in radioactivity wherein molten titanium slag 22, produced by smelting ilmenite 10 in the presence of a reductant 14 in a DC electric arc furnace 12, is separated from molten iron 20, boron 16 in an amount which is less than 2,5% equivalent B2O3 of the slag 22 is blended with the molten slag which

الدردشة الآنGet Price

US5997606A

A process for producing titanium slag which is low in radioactivity wherein molten titanium slag, produced by smelting ilmenite in the presence of a reductant in a DC electric arc furnace, is separated from molten iron, boron in an amount which is less than 2.5% equivalent B 2 O 3 of the slag is blended with the molten slag which thereafter is allowed to cool to form a glassy phase

الدردشة الآنGet Price

CA2244600C

A process for producing titanium slag which is low in radioactivity wherein molten titanium slag, produced by smelting ilmenite in the presence of a reductant in a DC electric arc furnace, is separated from molten iron, boron in an amount which is less than 2,5% equivalent B2O3 of the slag is blended with the molten slag which thereafter is allowed to cool to form a glassy phase

الدردشة الآنGet Price

Production of titanium slag

1. A process for producing titanium slag which includes the step of: a smelting ilmenite 10 in an electric arc furnace 12 in the presence of a reductant 14 to produce a slag, and which is characterised by the steps of: b adding a boron compound 16 in an amount of from 0,5% to 2,5% equivalent B2O3 to the slag, c cooling titanium slag 22 which is tapped from the

الدردشة الآنGet Price

Titania Slag

2010 9 23   The ilmenite, as mined, has a high Cr2O3 content and is not suitable for direct smelting to titania slag. Titanium slag is produced in the mining, refining and smelting of mineral sands to produce titanium dioxide TiO2 feedstocks used in the production of pigments, titanium metal, welding fluxes and other specialised products.

الدردشة الآنGet Price

Production of titanium slag

1998 8 6   A process for producing titanium slag which is low in radioactivity wherein molten titanium slag, produced by smelting ilmenite in the presence of a reductant in a DC electric arc

Author: Jacobus Cornelius Gideon Kotze Van Der Colf, Johannes Nell, Frances Standerالدردشة الآنGet Price

Minerals, slags, and other feedstock for the production of

2020 1 1   The production of raw titanium metal relies on natural and man made feed materials, including natural rutile, titanium dioxide slags of different grades chloride slag, UGS, and sulfate slag, and synthetic rutile. Natural rutile was the feedstock of choice at the early years of the Kroll process, but nowadays it comes in limited

الدردشة الآنGet Price

EP0900855B1

slag boron compound titanium furnace molten Prior art date 1997 08 11 Legal status The legal status is an assumption and is not a legal conclusion. Google has not performed a legal

Author: Jacobus Cornelius Gideon Kotze Van Der Colf, Johannes Nell, Frances Standerالدردشة الآنGet Price

Production of titanium slag

1998 8 6   A process for producing titanium slag which is low in radioactivity wherein molten titanium slag, produced by smelting ilmenite in the presence of a reductant in a DC electric arc furnace, is separated from molten iron, boron in an amount which is less than 2.5% equivalent B 2 O 3 of the slag is blended with the molten slag which thereafter is allowed to cool to form a

الدردشة الآنGet Price

Production of titanium slag

Abstract of EP0900855 A process for producing titanium slag which is low in radioactivity wherein molten titanium slag 22, produced by smelting ilmenite 10 in the presence of a reductant 14 in a DC electric arc furnace 12, is separated from molten iron 20, boron 16 in an amount which is less than 2,5% equivalent B2O3 of the slag 22 is blended with the molten slag which

الدردشة الآنGet Price

CA2244600C

A process for producing titanium slag which is low in radioactivity wherein molten titanium slag, produced by smelting ilmenite in the presence of a reductant in a DC electric arc furnace, is

الدردشة الآنGet Price

Production of titanium slag

Abstract of EP0900855 A process for producing titanium slag which is low in radioactivity wherein molten titanium slag 22, produced by smelting ilmenite 10 in the presence of a reductant

الدردشة الآنGet Price

Production of titanium slag

1. A process for producing titanium slag which includes the step of: a smelting ilmenite 10 in an electric arc furnace 12 in the presence of a reductant 14 to produce a slag, and which is

الدردشة الآنGet Price

2

Titanium Slag Production and Characteristics Titanium slag is obtained through ilmenite electric furnace smelting; its typical pro cess flow diagram is shown in Figure 3. Generally, there are a

الدردشة الآنGet Price

2

Titanium Slag Production and Characteristics Titanium slag is obtained through ilmenite electric furnace smelting; its typical pro cess flow diagram is shown in Figure 3. Generally, there are a

EP0900855A1

A process for producing titanium slag which is low in radioactivity wherein molten titanium slag 22, produced by smelting ilmenite 10 in the presence of a reductant 14 in a DC electric arc furnace 12, is separated from molten iron 20, boron 16 in an amount which is less than 2,5% equivalent B 2 O 3 of the slag 22 is blended with the molten slag which thereafter is allowed

الدردشة الآنGet Price

EP0900855A1

A process for producing titanium slag which is low in radioactivity wherein molten titanium slag 22, produced by smelting ilmenite 10 in the presence of a reductant 14 in a DC electric

الدردشة الآنGet Price

Production of titanium slag

1. A process for producing titanium slag which includes the step of: a smelting ilmenite 10 in an electric arc furnace 12 in the presence of a reductant 14 to produce a slag, and which is characterised by the steps of: b adding a boron compound 16 in an amount of from 0,5% to 2,5% equivalent B2O3 to the slag, c cooling titanium slag 22 which is tapped from the

الدردشة الآنGet Price

Titania Slag

2010 9 23   The ilmenite, as mined, has a high Cr2O3 content and is not suitable for direct smelting to titania slag. Titanium slag is produced in the mining, refining and smelting of mineral sands to produce titanium dioxide TiO2 feedstocks used in the production of pigments, titanium metal, welding fluxes and other specialised products.

الدردشة الآنGet Price

EP0900855B1

slag boron compound titanium furnace molten Prior art date 1997 08 11 Legal status The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed. Expired Fee Related Application number EP98306374A Other languages German de

الدردشة الآنGet Price

Titania Slag

2010 9 23   The ilmenite, as mined, has a high Cr2O3 content and is not suitable for direct smelting to titania slag. Titanium slag is produced in the mining, refining and smelting of

EP0900855A1

A process for producing titanium slag which is low in radioactivity wherein molten titanium slag 22, produced by smelting ilmenite 10 in the presence of a reductant 14 in a DC electric arc furnace 12, is separated from molten iron 20, boron 16 in an amount which is less than 2,5% equivalent B 2 O 3 of the slag 22 is blended with the molten slag which thereafter is allowed

الدردشة الآنGet Price

Minerals, slags, and other feedstock for the production of

2020 1 1   The production of raw titanium metal relies on natural and man made feed materials, including natural rutile, titanium dioxide slags of different grades chloride slag, UGS, and sulfate slag, and synthetic rutile. Natural rutile was the feedstock of choice at the early years of the Kroll process, but nowadays it comes in limited

الدردشة الآنGet Price

EP0900855B1

slag boron compound titanium furnace molten Prior art date 1997 08 11 Legal status The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed. Expired Fee Related Application number EP98306374A Other languages German de

الدردشة الآنGet Price

Production of titanium slag

1998 8 6   A process for producing titanium slag which is low in radioactivity wherein molten titanium slag, produced by smelting ilmenite in the presence of a reductant in a DC electric arc furnace, is separated from molten iron, boron in an amount which is less than 2.5% equivalent B 2 O 3 of the slag is blended with the molten slag which thereafter is allowed to cool to form a

الدردشة الآنGet Price