糊料

介绍合成糊料FS80的主要性能，应用表明，合成糊料FS80代替海藻酸钠进行活性染料印花，具有渗透性好、得色率高、降低成本等优点。

The performances of synthetic thickener FS-80 were introduced . Through practice , it was showed that the alternative of sodium alginate FS-80 appeared excellent permeability , high dye-uptake and low cost .

分析了印浆中染料、糊料、尿素、碱剂和防染盐对蒸化效果的影响，结合生产实践，提出采用圈挂法，蒸化条件为压力0.8kg/cm2，时间30min。

The influence of dyes in printing paste , printing thickener , urea , alkali agent and resist salt to aging effect was analyzed . The aging condition was 0.8 kg / cm ~ 2 of pressure , and 30 min of time .

LD糊料的给色均匀性比海藻酸钠好。

The color uniformity of LD paste is better than sodium alginate .

高取代CMC用作活性染料印花糊料

High substituted CMC used as the thickening agent for reactive dye printing

海藻酸钠（SA）自问世以来一直有很广泛地应用，尤其作为主要的印花糊料。

Since the advent of sodium alginate ( SA ), it has been very widely used , especially as the main printing paste .

结果表明，在所研究的糊料中只有取代度1.5以上高醚化度的纤维素衍生物FineGumHEL，NeedsGumDM才适用于活性染料印花。

The result indicates that only cellulose derivatives Fine Gum HEL , Needs Gum DM which have DS over 1.5 are suitable for reactive dyes printing .

随着混合糊料中LD糊料比例的增高，脱糊率越低，导致织物手感越差。

As the proportion of LD paste increased in mixed paste , paste off rate the lower , leading to the fabric feel worse .

一种新研发的羧甲基纤维素钠（CMC）能够代替海藻酸钠作为棉织物活性染料的印花糊料。

The newly developed sodium carboxymethyl cellulose ( CMC ) can replace sodium alginate as a printing paste in cotton fabric reactive dye .

LD糊料的脱糊率比海藻酸钠低，导致LD糊料印花后织物的手感比海藻酸钠差。

The paste off rate of LD paste is lower than sodium alginate , resulting in the fabric after LD paste printing feel worse than sodium alginate .

在印制性能方面，随着混合糊料中LD糊料比例的增高，混合糊的给色量越好。

In the printing performance , with the mixed paste of the proportion of LD paste increased , mixed paste to the amount of color the better .

根据糊料的细观接触模型，利用离散元程序PFC的二次开发接口实现了相对接触位移计算接触力的算法。

The algorithm which calculated the contact force through relative displacement of this model is realized by using the second development interface of the PFC program .

EIRICH冷却机在生阳极糊料生产线上的应用

Application of EIRICH cooler in green anode production

以碳化硅和碳为糊料的主要原料，采用素坯连接的方法焊接反应烧结碳化硅（RBSC）陶瓷。

A method of joining green state with carbide and silicon carbide was applied to join reaction-bonded silicon carbide ( RBSC ) ceramics .

醚化植物胶DFPP-104印花糊料合成和流变性能的研究

A Study on Synthesis and Rheological Behaviour of DFPP-104 Thicker Based on Etherified Vegetable Gum

糊料的粘弹曲线都符合Friedrich-Braun模型。

The viscoelastic curves of all the pastes were well fit for the Friedrich-Braun model .

全自动印花糊料准备系统原理及应用

Principle and Application of Full Automatic System to Printing Thickener Preparation

活性染料印花糊料研究进展

Developments of the thickening agents for reactive dye printing paste

一直以来，活性染料印花糊料都是以海藻酸钠为主。

Reactive dye printing relies heavily on the use of alginate thickeners .

M型真丝绸印花糊料性能测定

Testing of Properties of Paste Type M for Silk Printing

高取代度CMC/SA混合糊料活性染料印花性能

Reactive printing property of blended paste of high substituted CMC and SA

混合糊料在活性染料平网印花中的应用

The Application of Thickener Mixture to Flat Screen Printing with Reactive Dyes

自激式水浴除尘器在阴极糊料制备工序中的应用

Application of Self-excited Water-bath Deduster in Cathode Paste Preparation Process

超高功率石墨电极生产用炭糊料热解缩聚行为研究

Pyrolysis behaviour of carbon pastes used for manufacture of UHP graphite electrode

植物种籽胶SO型印花糊料的研制和应用

Development and Application of Vegetable Seed Gum Thickener SD

预焙阳极糊料混捏工艺分析

Kneading Process Analyzing of the Past For Baking Anode

食品厂用含蜡玉米淀粉生产透明粘性糊料。

Food companies value the clear cohesive pastes produced from waxy maize starch .

丝绸印花M糊料相容性的研究

Compatibility of Printing Paste M Applied to Silk Fabrics

印花糊料透网性评价

Evaluation of permeability of Thickeners Passing Through Screens Q & A on Sex

玉米淀粉接枝改性糊料及其印花性能

Grafting modification of corn starch and its printing properties

进口糊料的性能比较及应用分析

Comparison property and analysis application between imported printing pastes