Aluminum Hydroxide Alumina trihydrate H-WF-50 Ath H-Wf 75/90 Solid Surface for Service Counter, Kitchen Top, Reception Counter, Food Counter, Wall Cladding, Dining Table, Island Top, Sink, Commercial Building

详情

• Model NO.: ATH H-WF *5/*0
• Appearance: Powder
• Solubleness: Soluble Alkali
• Quality: Superior Grade
• Keyword: Aluminum Hydroxide
• Application: Ervice Counter, Kitchen Top, Reception Counter,
• Transport Package: *5kg *0kg /Bag ***0kg/Bag
• HS Code: *********0

• Classification: Aluminium Hydroxide
• Grade Standard: Industrial Grade
• Ionization Capacity: Weak Alkali
• Usage: Filler in Solid Surface
• Type: Ath H-Wf *5/*0
• Trademark: Nature
• Origin: Shandong China
• ZIBO NATURE NEW MATERIALS CO.,LTD
  No.**6 Liuquan Road,Zhangdian District,ZiBo City,Shandong,China
  Tel:***********8
   
  
  high whiteness ATH H-WF 8/*0/*4  ATH HWF *5/*0  ATH HWF *5/*0
  
  Solid surface for service counter, kitchen top, reception counter,food counter,wall cladding,dinning table,island top, sink,commercial building,hospitality environments, residential.
  
  
  1.Aluminum Hydroxide,
  It can be used as superior performance filler and flame retardant in solid surface products/PVC products/BMC/Rubber/Composite.
  It can make products high structure strength,low oil adsorption and improve the transparence of finished products.
  
   
  ATH
  Chemical Name: Aluminum Hydroxide ,particle size ****0 um,
  Molecular Formula: Al(OH)3    H.S. CODE: ***8 ***0    CAS No.:*********2
  ATH H-WF 8/*0/*4     *5/*0 kg/bag,****5 tons/*0'fcl,  
  ATH H-WF *5/*0         *5/*0 kg/bag,****7 tons/*0'fcl,  
  ATH H-WF *5/*0         *5/*0 kg/bag,****7 tons/*0'fcl,  
  All particle sizes have high whiteness and Mid whiteness grade.
  1.welcome your visit for factory checking,2.we could print your logo info if you resell.
  
   
  Kindly let us know which particle size and how many tons you need every month.
  We will show our best service best price with high quality.

  Model

  Chemical composition %

  DOP

  whiteness

  Particle size

  Moisture

  Al(OH)3

  SiO2

  Fe2O3

  Na2O

  Na2O(S)

  ml/**0g

  %

  D*0

  ***5

  %

  mesh

  ≥

  ≤

  ≤

  ≤

  ≤

  ≤

  ≥

  μm

  ≤

  % ≤

  H-WF*5

  *9.6

  0.*5

  0.*2

  0.*0

  0.*3

  *0

  *6

  5±2

  3

  0.4

  H-WF*8

  *9.6

  0.*5

  0.*2

  0.*0

  0.*3

  *3

  *6

  8±2

  3

  0.4

  H-WF**0

  *9.6

  0.*5

  0.*2

  0.*0

  0.*3

  *3

  *6

  *0±2

  0.3

  H-WF**4LV

  *9.6

  0.*5

  0.*2

  0.*0

  0.*3

  *9

  *5

  *3±3

  *5

  0.3

  H-WF**4

  *9.6

  0.*5

  0.*2

  0.*0

  0.*3

  *2

  *5

  *5±3

  *5

  0.3

  H-WF**0

  *9.6

  0.*5

  0.*2

  0.*5

  0.*3

  *2

  *5

  *1±3

  *0

  0.2

  H-WF**5

  *9.6

  0.*5

  0.*2

  0.*0

  0.*3

  *2

  *5

  *5±5

  -

  0.2

  H-WF**5

  *9.6

  0.*5

  0.*2

  0.*5

  0.*3

  *0

  *3

  *5±*5

  -

  0.1

  H-WF**0

  *9.6

  0.*5

  0.*2

  0.*5

  0.*2

  *0

  *3

  **0±*0

  -

  0.1