Fire Resistant (fire retardant) |
General Features ; -
(
For All kinds of Polyester Fabrics & Non-Woven Fabrics ) |
Fire Resistant Facilities In
Operation
   |
-<
Characteristics >-
- Bromo-based
fire retardant has been used for fire retardant treatment of
polyester fabrices so far, inspite
of its vital problems, simply because no
alternative solution was available
for human beings.
- Our maker has developed the method of using phophate
as fire retardants
after a number of
years' efforts in collaboration with Government and
Young-Nam University, in order
to replace the Bromo-based fire retardants.
-The new type of fire retardants Pyro-Checker we
developed has the
following chracteristics
;-
- Durability -
No Appreciable Change to Fabrics
- Easy to use -
Reducing Stiffness, become soft
- Non-Toxic -
Preventing Static Electricity
- Environment-Friendly -
Cost Saving
- Water-Soluble -
Competitive Price |
-< Product Identification & Physical
Data >-
- Product Name ; Diphenyl Butylamidophosphate (DPBAP)
- Proposed Uses ; All types of Polyester
(100%) Fabrics, Non-Woven Fabrics
- Physical Data
Composition
; Alkyl Phosphonator & Amine Derivative |
Appearance
(at 20¡É) |
Paste |
Color
(at 20¡É, Gardner Method) |
G-1
Max. |
PH
(1.0%, Glass Electrode PH Meter) |
5.0
- 7.0 |
Moisture
(Karl Fischer Method) |
2.0%
Max. |
Specific
Gravity ( at 50¡É) |
1.030
+ 0.005 |
Non
Volatile Matter (by Kett) |
70.0%
Up |
Melting
Temperature |
40-50¡É |
|
-<
Application Procedure >-
1) Mixing
Pyro-Ckecker (20-25%) and Water (80-75%).
2) In the above
mixed liquid, PE Fabrics are to be
Padding (2 Dip, 2 Nip under pressure of 2.5 kg/§²,
pick-up
40-60%),
Pre-Drying (120-140¡É x 2-3 min),
Curing (heat-treat ; 160-180¡É x 1-2 min) and
finally
Soaping (40-60¡É x 1 min) |
 fire-resistant, Home |