ECOLOGICAL STRIPPER - HIGH REACTIVITY
Guaranteed to contain no methylene chloride, NEP or NMP
without caustic soda, without formic acid
NON INFLAMMABLE - BIODEGRADABLE
FAST STRIPPING OF ALL PAINTS, RESINS, VARNISHES
ON ALL BASE SURFACES, ALL MATERIALS
iBiotec® DECAP STRIP VG
LIQUID VEGETABLE STRIPPER
Paints are used in 5 main fields of application:
- Decoration
- Building
- Automotive
- Industry
- Marine corrosion protection
Stripping technique (acid chemical, by pyrolysis burning, dry stripping, mechanical by sand blasting, shot blasting, bead blasting) depend on the nature of the base surfaces (paint bases), their dimensions, their accessibility and whether it is possible to remove them if necessary, and transfer them to a specialist external contractor.
Chemical stripping
Most stripper ingredients act very quickly on a wide variety of paints containing CMR (Carcinogenic, Mutagenic, Reprotoxic) substances, such as Methylene Chloride, NMP or NEP.
DECAP STRIP VG are part of the new generation of quick action strippers, based on biosourced derivatives of vegetable origin. They are therefore used for ecological chemical stripping.
DECAP STRIP VG are not classified inflammable, they are easily biodegradable, contain no PRP solvent and contribute to the reduction of VOC emission.
Usable on paints or liquid or powder coatings:
Natural siccative Alkyd resins (glycerophtalic)
Cellulose Polyesters
Rubber Phenolic (resol resins)
Vinylic Aminoplastics
Acrylic Epoxy paints
Polyurethane Polycarbamide
These stripper can also be used to remove photocatalytic "intelligent" paints and varnishes, electro-magnetic insulators, photochromes, Lotus effect water repellents, technical and specific varnishes for glazing.
TYPICAL PHYSICAL-CHEMICAL PROPERTIES
|
PROPERTIES |
STANDARDS |
VALUES |
UNITS |
|
Appearance |
Visual |
Clear |
- |
|
Colour |
Visual |
Yellow |
- |
|
Smell |
Olfactory |
Slight |
- |
|
Density at 25°C |
NF EN ISO 12185 |
978 |
kg/m3 |
|
Refraction index |
ISO 5661 |
1.4490 |
- |
|
Freezing point |
ISO 3016 |
-4 |
°C |
|
Water solubility |
- |
partial |
% |
|
Kinematic viscosity at 40°C |
NF EN 3104 |
3.0 |
mm²/s |
|
Flow rate Cup 6 at 25°C |
NF EN ISO 2431 |
nm |
|
|
Acid index |
EN 14104 |
<1 |
mg(KOH)/g |
|
Iodine index |
NF EN 14111 |
0 |
gI2/100g |
|
Water content |
NF ISO 6296 |
<1 |
% |
|
Residue after evaporation |
NF T 30-084 |
<0.1 |
% |
|
PERFORMANCE CHARACTERISTICS |
|||
|
PROPERTIES |
STANDARDS |
VALUES |
UNITS |
|
KB index |
ASTM D 1133 |
>180 |
- |
|
Evaporation speed |
- |
>3 |
hours |
|
Volatility index nBuAC=1 |
NF T 30.30 |
1.4 |
Quotient |
|
Evaporation index DEE=1 |
DIN 53.170 |
nm |
Quotient |
|
Surface tension at 20°C |
ISO 6295 |
32 |
dyne/cm |
|
Copper blade corrosion 100 h at 40°C |
ISO 2160 |
1b |
Measured value |
|
Aniline point |
ISO 2977 |
nm |
°C |
|
FIRE SAFETY CHARACTERISTICS |
|||
|
PROPERTIES |
STANDARDS |
VALUES |
UNITS |
|
Flashpoint (closed tank) |
NF EN 22719 |
95 |
°C |
|
Self-combustion point |
ASTM E 659 |
>200 |
°C |
|
Lower Explosive Limit |
NF EN 1839 |
2.6 |
% (volume) |
|
Upper Explosive Limit |
NF EN 1839 |
28.5 |
% (volume) |
|
Explosive, oxidising agent, flammable, highly or extremely flammable substance content |
CLP Regulation |
0 |
% |
|
TOXICOLOGICAL CHARACTERISTICS |
||||
|
PROPERTIES |
STANDARDS |
VALUES |
|
UNITS |
|
Anisidine index |
NF ISO 6885 |
<2 |
|
- |
|
Peroxide index |
NF ISO 3960 |
<5 |
|
meq(O2)/kg |
|
TOTOX (anisidine index+2x peroxide index) |
- |
nm |
|
- |
|
CMR, irritant and corrosive substance content |
CLP Regulation |
0 |
|
% |
|
Residual methanol content from transesterification |
GC-MS |
0 |
|
% |
|
ENVIRONMENTAL CHARACTERISTICS |
||||
|
PROPERTIES |
STANDARDS |
VALUES |
|
UNITS |
|
Water hazard |
WGK Germany |
1 without hazard for water |
|
class |
|
Primary CEC biodegradability 21 days at 25°C |
L 33 T82 |
>80 |
|
% |
|
OECD easy biodegradability 301 A over 28 days Disappearance of COD |
ISO 7827 |
>80 |
|
% |
|
OECD easy and ultimate biodegradability 301 D over 28 days Biodegradation at 67 days |
MITI amended |
>70 |
|
% |
|
Bioaccumulation n-octanol water sharing index |
OECD 107 |
-1.35 |
|
KOW log |
|
Steam pressure at 20°C |
- |
<0.1 |
|
hPa |
|
VOC content (Volatile Organic Compounds) |
- |
Unmeasured carbon content |
|
% |
|
Total halogen content (Chlorine Fluorine Bromine) |
Bomb calorimeter GC MS |
0 |
|
% |
|
Benzene content |
LPCH |
0 |
|
% |
|
Aromatic solvent content |
LPCH |
0 |
|
% |
|
Environmentally-hazardous substance content |
- |
0 |
|
% |
|
Content of compounds with GWP |
- |
0 |
|
% |
|
Content of compounds with ODP |
- |
0 |
|
% |
