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Annual production capacity 74,600 tons
Halogen-free environmental protection flame retardant
Owned magnesium chloride solution tank of 1,998,000m²
Our Products
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Chemical Method Magnesium Hydroxide · AKnoka® F10
Content over 99.5, whiteness over 99, particle size less than 1
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Chemical Method Magnesium Hydroxide · AKnoka® F7
Content over 99.5, whiteness over 99, particle size less than 1.2
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Chemical Method Magnesium Hydroxide · AKnoka® F5
Content over 99.5, whiteness over 99， particle size less than 1.5
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Chemical Method Magnesium Hydroxide · AKnoka® K3
Content over 98.5, whiteness over 97, particle size less than 5
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Chemical Method Magnesium Hydroxide · AKnoka® K1
Content over 98.5, whiteness over 97, particle size less than 3
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DOPO and EDPO · AKnoka ® EM600
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Aluminum diethyl hypophosphite · AKnoka® DP 350
Content 23-24%, medium particle size ≤5um, decomposition temperature ≥350℃, no coating.
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Chemical Method Magnesium Hydroxide · AKnoka® F10
Content over 99.5, whiteness over 99, particle size less than 1
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Chemical Method Magnesium Hydroxide · AKnoka® F5
Content over 99.5, whiteness over 99， particle size less than 1.5
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Aluminum diethylphosphinate · AKnoka ® DP3050
Content 23-24%, medium particle size 30-40, decomposition temperature ≥350℃, no coating
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Piperazine Pyrophosphate · AKnoka ® NP820S
Phosphorus content 22-25%, nitrogen content 9-12%, medium particle size 6-10um, thermal decomposition temperature 270℃, coated
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Triazine carbonaceous agent · AKnoka ® CF610
Nitrogen content ≥50%, thermal decomposition temperature ≥305℃, medium particle size ≤5um
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DOPO and EDPO · AKnoka ® DOPO
Phosphorus content ≥14%, purity ≥99%, thermal decomposition temperature ≥230℃
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DOPO and EDPO · AKnoka ® DOPO-HQ
Phosphorus content 9.5-9.7%, purity ≥99%, thermal decomposition temperature ≥360℃
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DOPO and EDPO · AKnoka ® ED202
Phosphorus content 10-11%, purity ≥99%, thermal decomposition temperature ≥350℃
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DOPO and EDPO · AKnoka ® ED802
Phosphorus content 12-13%, purity ≥99%, thermal decomposition temperature ≥350℃
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Piperazine Pyrophosphate · AKnoka® NP 820
Phosphorus content 22-25%, nitrogen content 9-12%, medium particle size 6-10um, decomposition temperature ≥270℃
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Carbonizer · AKnoka® CF 630
Nitrogen content ≥50%, thermal decomposition temperature ≥305℃, medium particle size 5-10um
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Melamine Polyphosphate · AKnoka® MP 220
Phosphorus content 13-15%, nitrogen content 42-44%, medium particle size ≤5, decomposition temperature ≥350℃
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Trisodium Phosphate · AKnoka® MP 1020
Phosphorus content 13-15%, nitrogen content 42-44%, medium particle size 10-15um, decomposition temperature ≥350℃
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Ammonium Polyphosphate · AKnoka® AP 400
Phosphorus content 31-32%, nitrogen content 14-15%, median particle size ≤5um, decomposition temperature ≥270°C
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Ammonium polyphosphate · AKnoka® AP 440
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Aluminum diethylphosphinate · AKnoka® DP 950
Content 23-24%, medium particle size 10-15, decomposition temperature ≥350℃, no coating.
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Chemical Method Magnesium Hydroxide · AKnoka® F5
Content over 99.5, whiteness over 99， particle size less than 1.5
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Chemical Method Magnesium Hydroxide · AKnoka® K3
Content over 98.5, whiteness over 97, particle size less than 5
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Chemical Method Magnesium Hydroxide · AKnoka® K1
Content over 98.5, whiteness over 97, particle size less than 3
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Aluminum diethylphosphinate · AKnoka ® DP3050
Content 23-24%, medium particle size 30-40, decomposition temperature ≥350℃, no coating
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Piperazine Pyrophosphate · AKnoka ® NP820S
Phosphorus content 22-25%, nitrogen content 9-12%, medium particle size 6-10um, thermal decomposition temperature 270℃, coated
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Triazine carbonaceous agent · AKnoka ® CF610
Nitrogen content ≥50%, thermal decomposition temperature ≥305℃, medium particle size ≤5um
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Piperazine Pyrophosphate · AKnoka® NP 820
Phosphorus content 22-25%, nitrogen content 9-12%, medium particle size 6-10um, decomposition temperature ≥270℃
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Carbonizer · AKnoka® CF 630
Nitrogen content ≥50%, thermal decomposition temperature ≥305℃, medium particle size 5-10um
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Melamine Polyphosphate · AKnoka® MP 220
Phosphorus content 13-15%, nitrogen content 42-44%, medium particle size ≤5, decomposition temperature ≥350℃
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Trisodium Phosphate · AKnoka® MP 1020
Phosphorus content 13-15%, nitrogen content 42-44%, medium particle size 10-15um, decomposition temperature ≥350℃
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Ammonium Polyphosphate · AKnoka® AP 400
Phosphorus content 31-32%, nitrogen content 14-15%, median particle size ≤5um, decomposition temperature ≥270°C
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Aluminum diethylphosphinate · AKnoka® DP 950
Content 23-24%, medium particle size 10-15, decomposition temperature ≥350℃, no coating.
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Environmental protection flame-retardant masterbatch · AKnoka® BM809
Phosphorus content 23-24%, decomposition temperature ≥350°C, medium particle size 10-15um
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Chemical Method Magnesium Hydroxide · AKnoka® F7
Content over 99.5, whiteness over 99, particle size less than 1.2
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Chemical Method Magnesium Hydroxide · AKnoka® F5
Content over 99.5, whiteness over 99， particle size less than 1.5
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Melamine Polyphosphate · AKnoka® MP 220
Phosphorus content 13-15%, nitrogen content 42-44%, medium particle size ≤5, decomposition temperature ≥350℃
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Trisodium Phosphate · AKnoka® MP 1020
Phosphorus content 13-15%, nitrogen content 42-44%, medium particle size 10-15um, decomposition temperature ≥350℃
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Ammonium Polyphosphate · AKnoka® AP 400
Phosphorus content 31-32%, nitrogen content 14-15%, median particle size ≤5um, decomposition temperature ≥270°C
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Ammonium polyphosphate · AKnoka® AP 440
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Environmental protection flame-retardant masterbatch · AKnoka® BM809
Phosphorus content 23-24%, decomposition temperature ≥350°C, medium particle size 10-15um
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Chemical Method Magnesium Hydroxide · AKnoka® K60
Content over 98.5, whiteness over 97
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Chemical Method Magnesium Hydroxide · AKnoka® K3
Content over 98.5, whiteness over 97, particle size less than 5
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Chemical Method Magnesium Hydroxide · AKnoka® K1
Content over 98.5, whiteness over 97, particle size less than 3
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Piperazine Pyrophosphate · AKnoka ® NP820S
Phosphorus content 22-25%, nitrogen content 9-12%, medium particle size 6-10um, thermal decomposition temperature 270℃, coated
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Piperazine Pyrophosphate · AKnoka® NP 820
Phosphorus content 22-25%, nitrogen content 9-12%, medium particle size 6-10um, decomposition temperature ≥270℃
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Carbonizer · AKnoka® CF 630
Nitrogen content ≥50%, thermal decomposition temperature ≥305℃, medium particle size 5-10um
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Melamine Polyphosphate · AKnoka® MP 220
Phosphorus content 13-15%, nitrogen content 42-44%, medium particle size ≤5, decomposition temperature ≥350℃
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Trisodium Phosphate · AKnoka® MP 1020
Phosphorus content 13-15%, nitrogen content 42-44%, medium particle size 10-15um, decomposition temperature ≥350℃
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Ammonium Polyphosphate · AKnoka® AP 400
Phosphorus content 31-32%, nitrogen content 14-15%, median particle size ≤5um, decomposition temperature ≥270°C
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Ammonium polyphosphate · AKnoka® AP 440
Application Fields of Our Products
Wire And Cable
Electrical And Electronic Equipment
New Energy Vehicle
Spinning And Weaving
Thermal Grease
Coating
SUSTAINABILITY
AKnoka has also done a lot in environmental production, energy saving and recycling for environmental infrastructure, from both application fields and our production process, we have been trying to comply with the policy of sustainable development.
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Innovation for sustainable development
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Production sustainability
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Cultural sustainability
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Core competence sustainability