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White Powder Crystal Potassium Fluoroborate For Flux Application
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White Powder Crystal Potassium Fluoroborate For Flux Application
  • name
  • name

White Powder Crystal Potassium Fluoroborate For Flux Application

MOQ: 5 Ton/Tons
Price: USD 1500-2000/ton
Standard Packaging: 1. Packed in PP bags of 25kgs /bag (N.W.) with PE liner , 22-25MTS /20FCL. 2. PP bags of 1000KG /bag (N.W.) with PE liner ,22-25MTS/20 FCL . 2.. According to the customer's requirement.
Delivery Period: 5-8 work days
Payment Method: T/T, L/C, D/A, D/P, Western Union,
Supply Capacity: 8000 Ton/Tons per Month
Detail Information
Product Description
Detail Information
Place of Origin
Jiaozuo City,China
Brand Name
EVERSIM
Certification
ISO 9001
Model Number
Potassium Fluoroborate
Classification::
Halide (Except Chloride)
Grade Standard::
Agriculture Grade, Electron Grade, Food Grade, Industrial Grade, Medicine Grade, Reagent Grade, Trade Assurance
Purity:
≥90%
Appearance::
White Powder
Product Name::
Potassium Fluoroborate KBF4 98% Min
Usage::
Fusing Agent, In Manufacture Of Boron Trifluoride,
EINECS No.::
237-928-2
Application::
Industrial
Highlight:

potassium tetrafluoroborate

,

potassium ferrocyanide

Product Description

 

Crystal Potassium Fluoroborate For Flux Application 2.47 Specific Gravity

 

Description

 

Potassium fluoroborate (KBF4) is usually used in aluminium-metallurgy, for the

 

production of abrasives, soldering agents and ceramics, and in the chemical

 

industry.

 

 

Potassium fluoroborate is used in the the following applications:

  •  
  • Aluminium-metallurgy:
  • as component in fluxing and grain refining agents
  • for aluminium and magnesium
  • as component in protecting salts for light metal castings
  •  
  • Production of soldering agents:
  • as component in fluxing agents for soldering and brazing

 

2. Specification:

 

 

Item specification
KBF4 ≥98%
Na ≤0.001%
Si ≤0.15%
Cl ≤0.05%
Ca ≤0.05%
Pb ≤0.01%
SO4 ≤0.01%
Mg ≤0.01%
H2O ≤0.05%

 

3. Applications

 

Aluminium Industry

 
 
Inorganic fluorine compounds play an outstanding role in the aluminum industry.
 
They are frequently encountered not only in the manufacture, but also in the
 
processing and finishing of aluminum.
 
The manufacture of aluminum on a commercial scale was first made possible with
 
the introduction of cryolite at the end of the 19th century. Cryolite as the essential
 
component of the electrolyte (85 – 90 %) decreases the temperature of the smelting
 
flux electrolysis.
 
Other important additions to electrolytes in current commercial use are aluminum
 
fluoride, calcium fluoride and lithium fluoride. These fluorides increase the
 
conductivity of the electrolyte and improve the efficiency of the used energy. The
 
aluminum so produced has a purity of between 99.5 and 99.9 %. Refining, that is to
 
say the thorough cleaning and improvement of aluminum, is carried out for example
 
by a process of three-layer fused-salt electrolysis. This method represents the only
 
commercially viable process for the production of pure aluminum. Further
 
electrolyte components from our product range which may be used are barium
 
fluoride or calcium fluoride. Aluminum produced by this method has a purity of
 
between 99.99 and 99.999 %.

 

Casting Technology

 

In the aluminum industry, salt covers are used as an aid in casting. The salt covers
 
are a mixture of substances which protect molten aluminum alloys from oxidizing.
 
The molten salt mixture also prevents gases from entering the bath, reduces heat
 
losses from the surface of the molten metal
 
and absorbs impurities which rise to the surface of the melt. Suitable salt covers are
 
fluxes containing cryolite or sodium fluorosilicate. The melting points of these fluxes
 
are reduced by the addition of, for instance, sodium chloride or potassium chloride
 
to such an extent that they liquefy at
 
the prevailing working temperatures.

 

Surface Treatment

 

Hydrofluoric acid and ammonium bifluoride are the bath constituents for the surface
 
treatment of pure aluminum. Bright reflective surface on the aluminum is achieved
 
by chemical polishing. Inorganic fluorides are also of critical importance in the flux
 
brazing of aluminum and aluminum alloys, acting to remove the oxide layer.

Abrasives Industry

 
In recent decades there has been a steady increase in the quality of abrasives. This
 
is especially true for elastically and fixed bonded abrasives, and is due in no small
 
part to the use of abrasively active filler materials such as Solvay-Cryolite.
 
Abrasively active fillers are today encountered in almost all high performance
 
abrasives employed in the grinding of metals. Fixed bonded abrasives are abrasive
 
bodies which are produced in a wide variety of forms. Examples of abrasives held
 
on substrates are abrasive papers (generally without abrasively active filler
 
materials), abrasive belts and abrasive fibers. Aluminum oxide and silicon carbide,
 
produced by fusion processes in electric furnaces, are the main abrasive grains
 
employed.

 

 
Tags: 

potassium borofluoride kbf4,  

potassium ferrocyanide,  

potassium tetrafluoroborate

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Products
PRODUCTS DETAILS
Products

Sodium Cryolite

Potassium Cryolite

Aluminium Fluoride

Fluoride Salts

Calcined Petroleum Coke

Anode Carbon Block

Cathode Carbon Block

Sodium Fluoride Powder

Calcium Fluoride Powder

Ammonium Hydrogen Fluoride

Magnesium Fluoride Powder

Aluminium Hydroxide Powder

Calcined Alumina Powder

Chlorinated Paraffin Wax

Iron Oxide Pigment

Formate

Others
White Powder Crystal Potassium Fluoroborate For Flux Application
  • name
  • name
White Powder Crystal Potassium Fluoroborate For Flux Application
MOQ: 5 Ton/Tons
Price: USD 1500-2000/ton
Standard Packaging: 1. Packed in PP bags of 25kgs /bag (N.W.) with PE liner , 22-25MTS /20FCL. 2. PP bags of 1000KG /bag (N.W.) with PE liner ,22-25MTS/20 FCL . 2.. According to the customer's requirement.
Delivery Period: 5-8 work days
Payment Method: T/T, L/C, D/A, D/P, Western Union,
Supply Capacity: 8000 Ton/Tons per Month
Detail Information
Product Description
Detail Information
Place of Origin
Jiaozuo City,China
Brand Name
EVERSIM
Certification
ISO 9001
Model Number
Potassium Fluoroborate
Classification::
Halide (Except Chloride)
Grade Standard::
Agriculture Grade, Electron Grade, Food Grade, Industrial Grade, Medicine Grade, Reagent Grade, Trade Assurance
Purity:
≥90%
Appearance::
White Powder
Product Name::
Potassium Fluoroborate KBF4 98% Min
Usage::
Fusing Agent, In Manufacture Of Boron Trifluoride,
EINECS No.::
237-928-2
Application::
Industrial
Minimum Order Quantity:
5 Ton/Tons
Price:
USD 1500-2000/ton
Packaging Details:
1. Packed in PP bags of 25kgs /bag (N.W.) with PE liner , 22-25MTS /20FCL. 2. PP bags of 1000KG /bag (N.W.) with PE liner ,22-25MTS/20 FCL . 2.. According to the customer's requirement.
Delivery Time:
5-8 work days
Payment Terms:
T/T, L/C, D/A, D/P, Western Union,
Supply Ability:
8000 Ton/Tons per Month
Highlight

potassium tetrafluoroborate

,

potassium ferrocyanide

Product Description

 

Crystal Potassium Fluoroborate For Flux Application 2.47 Specific Gravity

 

Description

 

Potassium fluoroborate (KBF4) is usually used in aluminium-metallurgy, for the

 

production of abrasives, soldering agents and ceramics, and in the chemical

 

industry.

 

 

Potassium fluoroborate is used in the the following applications:

  •  
  • Aluminium-metallurgy:
  • as component in fluxing and grain refining agents
  • for aluminium and magnesium
  • as component in protecting salts for light metal castings
  •  
  • Production of soldering agents:
  • as component in fluxing agents for soldering and brazing

 

2. Specification:

 

 

Item specification
KBF4 ≥98%
Na ≤0.001%
Si ≤0.15%
Cl ≤0.05%
Ca ≤0.05%
Pb ≤0.01%
SO4 ≤0.01%
Mg ≤0.01%
H2O ≤0.05%

 

3. Applications

 

Aluminium Industry

 
 
Inorganic fluorine compounds play an outstanding role in the aluminum industry.
 
They are frequently encountered not only in the manufacture, but also in the
 
processing and finishing of aluminum.
 
The manufacture of aluminum on a commercial scale was first made possible with
 
the introduction of cryolite at the end of the 19th century. Cryolite as the essential
 
component of the electrolyte (85 – 90 %) decreases the temperature of the smelting
 
flux electrolysis.
 
Other important additions to electrolytes in current commercial use are aluminum
 
fluoride, calcium fluoride and lithium fluoride. These fluorides increase the
 
conductivity of the electrolyte and improve the efficiency of the used energy. The
 
aluminum so produced has a purity of between 99.5 and 99.9 %. Refining, that is to
 
say the thorough cleaning and improvement of aluminum, is carried out for example
 
by a process of three-layer fused-salt electrolysis. This method represents the only
 
commercially viable process for the production of pure aluminum. Further
 
electrolyte components from our product range which may be used are barium
 
fluoride or calcium fluoride. Aluminum produced by this method has a purity of
 
between 99.99 and 99.999 %.

 

Casting Technology

 

In the aluminum industry, salt covers are used as an aid in casting. The salt covers
 
are a mixture of substances which protect molten aluminum alloys from oxidizing.
 
The molten salt mixture also prevents gases from entering the bath, reduces heat
 
losses from the surface of the molten metal
 
and absorbs impurities which rise to the surface of the melt. Suitable salt covers are
 
fluxes containing cryolite or sodium fluorosilicate. The melting points of these fluxes
 
are reduced by the addition of, for instance, sodium chloride or potassium chloride
 
to such an extent that they liquefy at
 
the prevailing working temperatures.

 

Surface Treatment

 

Hydrofluoric acid and ammonium bifluoride are the bath constituents for the surface
 
treatment of pure aluminum. Bright reflective surface on the aluminum is achieved
 
by chemical polishing. Inorganic fluorides are also of critical importance in the flux
 
brazing of aluminum and aluminum alloys, acting to remove the oxide layer.

Abrasives Industry

 
In recent decades there has been a steady increase in the quality of abrasives. This
 
is especially true for elastically and fixed bonded abrasives, and is due in no small
 
part to the use of abrasively active filler materials such as Solvay-Cryolite.
 
Abrasively active fillers are today encountered in almost all high performance
 
abrasives employed in the grinding of metals. Fixed bonded abrasives are abrasive
 
bodies which are produced in a wide variety of forms. Examples of abrasives held
 
on substrates are abrasive papers (generally without abrasively active filler
 
materials), abrasive belts and abrasive fibers. Aluminum oxide and silicon carbide,
 
produced by fusion processes in electric furnaces, are the main abrasive grains
 
employed.

 

 
Tags: 

potassium borofluoride kbf4,

potassium ferrocyanide,

potassium tetrafluoroborate

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