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Superchlon LQ1601S
SUPERCHLON® LQ-1601S
4. Introduction
SUPERCHLON LQ-1601S is a chlorinated polypropylene (CPP), which is specially developed as a binder for PP films and as a raw material for acrylic modified CPP.
5. General properties
Appearance: Pale-yellow to light-brown pellet Odor: Slight resin odor
Free chlorine: None
Good solvents: Aromatic hydrocarbons (e.g. toluene and xylene) Alicyclic hydrocarbons (e.g. methylcyclohexane)
Aliphatic hydrocarbons (e.g. n-hexane), esters (e.g. ethyl acetate), ketones (e.g. MEK and MIBK) and alcohols (e.g. IPA and n-butanol) can be used as diluents after dissolution of LQ-1601S with good solvents.
6. Typical data (provisional value)
Chlorine content (wt%): 27.0 - 29.0 Viscosity (mPa∙s @25 °C): 100 - 800
Gardner Color No.: 6 or less
Viscosity and color measurement: 30 wt% toluene solution
100 - 800
Gardner Color No.: 6 or less
Viscosity and color measurement: 30 wt% toluene solution
These properties are typical of average lots. Nippon Paper makes no representation that the material in any particular shipment will conform to the listed properties.
Handling Instruction : The solution of this product has a nature to cause viscosity increase, gelling and fine particles in winter season, but in terms of its performance, this will not be an issue if warm up to 40-50°C (104-122°F) again when using.
All information is given in good faith, but without warranty. Freedom from patent restrictions should not be assumed.
7. Solubility Test
Table 1 shows the result of solubility test, where LQ-1601S was dissolved in various solvents to be 20 wt% solution.
C : Clear with good fluidity H : Hazy with fluidity
P : No fluidity or insoluble
Table 1 Solubility test (20 wt% solid content)
Solvent type
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Appearance
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Viscosity (mPa∙s / 25°C)
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Toluene
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C
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70
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Ethyl acetate
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P
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N/A
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n-Propyl acetate
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H
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100
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n-Butyl acetate
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H
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120
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Methyl ethyl ketone (MEK)
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P
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N/A
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MEK / MCH* = 1 / 1
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C
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60
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MEK / MCH = 2 / 1
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C
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60
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MEK / MCH = 4 / 1
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H
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50
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Ethyl acetate / MCH = 5 / 5
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C
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80
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Ethyl acetate / MCH = 6 / 4
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C
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70
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Ethyl acetate / MCH = 7 / 3
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C
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70
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Ethyl acetate / MCH = 8 / 2
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H
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70
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Ethyl acetate / MCH = 9 / 1
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H
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80
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n-Propyl acetate / MCH = 1 / 1
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C
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100
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n-Propyl acetate / MCH = 2 / 1
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C
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100
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n-Propyl acetate / MCH = 4 / 1
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H
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100
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n-Butyl acetate / MCH = 1 / 1
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C
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110
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*MCH : Methylcyclohexane
8. Fluidity test
Table 2 exhibits the result of fluidity test, where 20 wt% solutions of LQ-1601S were stored at 5°C / -5°C.
F : Fluid
NF : Not fluid
Table 2 Fluidity test (20 wt% solid content, stored at 5°C / -5°C)
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5°C
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-5°C
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Solvent type
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1 day after
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5 days after
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1 week after
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1 day after
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5 days after
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1 week after
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Toluene
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F
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F
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F
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F
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F
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F
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Ethyl acetate
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NF
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NF
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NF
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NF
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NF
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NF
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n-Propyl acetate
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NF
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NF
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NF
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NF
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NF
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NF
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n-Butyl acetate
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NF
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NF
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NF
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NF
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NF
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NF
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MEK / MCH = 1 / 1
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F
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F
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F
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F
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F
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F
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MEK / MCH = 2 / 1
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F
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F
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F
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F
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NF
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NF
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MEK / MCH = 4 / 1
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F
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NF
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NF
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NF
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NF
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NF
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Ethyl acetate / MCH = 5 / 5
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F
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F
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F
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F
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F
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F
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Ethyl acetate / MCH = 6 / 4
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F
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F
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F
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F
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F
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F
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Ethyl acetate / MCH = 7 / 3
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F
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F
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F
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NF
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NF
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NF
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Ethyl acetate / MCH = 8 / 2
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NF
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NF
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NF
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NF
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NF
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NF
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Ethyl acetate / MCH = 9 / 1
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NF
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NF
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NF
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NF
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NF
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NF
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n-Propyl acetate / MCH = 1 / 1
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F
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F
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F
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F
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F
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F
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n-Propyl acetate / MCH = 2 / 1
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F
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F
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F
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F
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NF
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NF
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n-Propyl acetate / MCH = 4 / 1
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F
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F
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F
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NF
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NF
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NF
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n-Butyl acetate / MCH = 1 / 1
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F
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F
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F
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F
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F
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F
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