Product Description

This product is a cross-linked lotion thickener formed by copolymerization of high molecular polymers

Product Characteristics

Appearance: milky white liquid

Ionicity: Non ionic

Ph value: 2.5-3.5

Solid content: 30% ± 1

Viscosity: 6200-6700

(Dilute this product to a solid content of 1%, then adjust the pH value to 8.5, 3 # rotor/14rpm)

【Product Characteristics】

Appearance: white lotion

pH value (at 10% concentration): 5-7

Solubility: can be dissolved in any proportion of cold water

Composition: paraffin lotion is made of natural wax as raw material and emulsified by special process. Its property is closer to natural cotton wax and is biodegradable

【Product Description】

Crack slurry is a water-based modified polyurethane dispersion suitable for mechanical and manual printing processes

【Applicable scope】

It is suitable for printing and batik effect of fabrics, such as Denim, chemical fiber cloth, special glove fabrics, shoe materials, etc.

【Product Characteristics】

Appearance: White powder

pH value: 8.0-9.0

Glossiness: Highlights

Softness: Hard

Solubility: easily soluble in water

Yellowing resistance: Level 3

【Applicable scope】

Clothing: underwear, pants, village shirt, pants, jacket, sweater, Cargo pants, Sportswear, work clothes, socks

Home textile: furniture decoration, curtains, bath towels, dishwashing cloth, spring cloth, wiping cloth, bath clothes, napkins

Bedding: Mattresses, pillowcases, bed sheets, duvet covers

Protection: Mask protective clothing

【Product Characteristics】

Appearance: White or light yellow slurry liquid

Water solubility: dispersed in water

Chemical composition: Silver iron dioxide composite slurry liquid

Compatibility: Negative non-ionic type, generally not recommended to bath with cationic additives (such as waterproof agents, active color fixing agents, silicone oil, etc.). If cationic additives need to be treated, it is recommended to first treat the antibacterial agent, and then treat the cationic agent (to prevent the cationic agent from falling off and reacting with the antibacterial agent)