PHOSCON

Flame retardant

Manufacture and use of HBCD is prohibited, in principle, under POPs Convention in April 2013.

 

Product line up
Product Ionicity Type of component Characteristics
PHOSCON
MK-PZ
Anion Bromine
(Non-HBCD)
For polyester
Less stains at processing
PHOSCON
FR-V2
Anion Phosphorous For polyester
High flame-retardancy
PHOSCON
F-450
Nonion Phosphorous For synthetic and cellulose
Less water spot
PHOSCON
PFR-5
Anion Phosphorous For polyester
No need to wash after processing
Booster for flame-retardancy

 

PHOSCON MK-PZ
Appearance White liquid
Component Aqueous dispersion of bromine compound
Ionicity Anionic
pH (as product) Neutral
Solubility Dilute by cold water
  • Bromine type (Non-HBCD)
  • For polyester
  • Applied by Exhausting/Padding
  • Less stains at processing

 

PHOSCON FR-V2
Appearance White liquid
Component Aqueous dispersion of phosphorus compound
Ionicity Anionic
pH (as product) Neutral
Solubility Dilute by cold water
  • Phosphorous type
  • For polyester
  • Applied by Exhausting/Padding
  • Anti-hydrolysis property
FR agent FMVSS-302
Burning length mm Burning time sec Burning speed mm/min
Untreated 230(All burned) 143 97
PHOSCON FR-V2 0 0 0

 

 

PHOSCON F-450
Appearance Colorless ~ slightly yellowish liquid
Component Aqueous solution of phosphorus compound
Ionicity Nonion
pH (as product) Neutral
Solubility Dilute by water
  • Phosphorous type
  • For synthetic and cellulose
  • Applied by Padding
  • Less water spot

 

 

PHOSCON PFR-5
Appearance White liquid
Component Aqueous dispersion of phosphorus compound
Ionicity Anionic
pH (as product) Neutral
Solubility Dilute by cold water
  • Phosphorous type
  • For polyester
  • Applied by Padding
  • Less water spot

 

Recipe
(without soaping)
45° micro burner Burning time sec
Initial HL-5
Untreated 5.6 12.1
Conventional FR agent 3% 4.8 8.3
PHOSCON PFR-5 3% 0 0

 

Recipe Rubbing fastness Light fastness
Dry Wet 63℃×20 h
Untreated 4-5 4-5 4-5
PHOSCON PFR-5 3% 4-5 4-5 4-5

PHOSCON PFR-5 does not influence fastnesses although it did not soap.