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Color silk pulp Properties: (1) Appearance: white fluid (2) Composition: high molecular polymer mixture (3) Ionicity: anionic. (4) Water solubility: easily soluble (5) PH value: 5.5-7.5 Features:
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2015-06-24 |
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Leather burnout pulp LH-4 Properties: (1) Appearance: milky white paste (2) Composition: high molecular polymer mixture (3) Ionicity: anionic. Features: The burnt flowers are fine and easy to wash away. Scope of application: leather watch
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2015-06-24 |
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Nylon burnt-out pulp LH-5 Properties: (1) Appearance: Milky amber paste (2) Composition: High molecular polymer mixture (3) Ionicity: anionic. Features: Burnt flowers are clear and easy to wash away. Scope of application: nylon
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2015-06-24 |
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Cotton burnt pulp LH-1 Properties: (1) Appearance: milky white paste (2) Composition: high molecular polymer mixture (3) Ionicity: anionic. Features: Burnt flowers are clear and easy to wash away. Scope of application: polyester/cotton
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2015-06-24 |
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Polyester burnt pulp LH-2 Properties: (1) Appearance: Brown-yellow paste (2) Composition: High molecular polymer mixture (3) Ionicity: anionic. Features: Burnt flowers are clear and easy to wash away. Scope of application: polyester and velvet
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2015-06-24 |
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Dermal shrinkage wrinkle pulp FSW Properties: (1) Appearance: light brown paste. (2) Composition: high molecular polymer mixture (3) Ionicity: anionic. Features: (1) The printing paste part shrinks after post-processing, resulting in vertical
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2015-06-24 |
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Transparent wrinkle pulp DY-TM Properties: (1) Components and appearance: Transparent wrinkle pulp DY-TM is a white slurry; Additive SM is a colorless and transparent water-like viscous fluid. (2) Composition: High molecular polymer mixture (3) Ions
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2015-06-24 |
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Woven nylon shrinkage wrinkle pulp NSW-1 Properties: (1) Appearance: light brown paste. (2) Composition: high molecular polymer mixture (3) Ionicity: anionic. Features: (1) The printing paste part shrinks after post-processing, causing bubbles
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2015-06-24 |