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Textile Printing Thickeners, Silk & Nylon Printing Thickener, Cotton Printing Thickener, Acrylic Carpent & Blanket Printing Thickener, Discharge & Burnout Printing Thickener

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Printing Thickeners,Guar Gum Powder, Tamarind Thickeners, Tamarind Seed Powder Exporter, Tamarind Seed Powder Manufacturer, Thickeners for Textile Printing

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4 Easy Tips to Store your Spices For Long

Spices are the major ingredient of Indian cuisine and almost every cuisine across the globe that makes it a lip-smacking affair. The growing usages and production of spices have also given a new business opportunity for many spice suppliers and exports.

Finding the best spices suppliers is getting tougher these days as each of them claims to be the premium quality spice suppliers. Whether you are looking out for fennel seed exporter or turmeric suppliers, chances are all your spices will be spoiled unless you know how to store your spices for long.

From gram masalas to seasoning masalas the entire repertoire of spices and the mixes has enlarged over the years. It is due to the fact that every grocery store offering a wide range of ready-made masalas thus making cooking simpler. Thus, it is making easy to dish out multiple types of curries, vegetables, and dishes at the drop of a hat.

Spices make your food flavourful and tasty so storing them the right way can add value and longevity to their aroma. Mostly we store our spices on the kitchen slabs or racks and often we leave the lid open. It results in spices losing their aroma faster, so it is of the essence to understand how to store your spices well to enjoy its natural aroma and taste all year round. Avoid Buying Ground Spices

It is always better to purchase whole spices instead of ground spices. It has been observed that ground spices starts smelling after three months, if not stored properly. On the other hand, whole spices have a longer shelf life and you can also ground them when required, either using a rolling pin or a coffee grinder as per your requirement and quantity.

Cool Place is the Paradise for Spices

If for any reason you need to purchase spices in good quantities, store them in the refrigerator or you can also keep them in a cool place. If you keep whole spices in the refrigerator, it can stay in good shape for 3 years and ground spices can do well for 6 months. Better not to purchase spices in bulk.

Store in Dark Place

Keeping your spices in a dark and dry place is ideal for their long life. These places will protect them from their enemies like air, light, heat and moisture. Store your spices in tins instead of clear bottles. Clear bottles can expose them to light and heat whereas tin will give it a lightproof storage. It is also recommended not to keep your spices close to electronic equipment like microwave or dishwasher to avoid the heat.

Right time to dispose them of

You must also understand when to dispose of your old spices. The right time is when you longer find the similar aroma and flavor. You must keep track of the purchase date on the containers of each spice. Smell it frequently and when it begins to change colour or smell musky, it’s time to replace it.

Synopsis

So, the above tips are most crucial and important to keep track of when it comes to retaining the same natural flavour and aroma of your spices. Similarly, if you wish to track the best masala exporter in Unjha, this is the right place to explore.    

#Fennel Seed Exporter #Best Masala Exporter in Unjha #Best Spices Suppliers

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How to Select the Suitable Thickeners for Textile Printing

Printing thickener is a viscous paste made by combining one or more thickening agents. These thickeners are colorless and are also called paint paste which is the scientific name of thickener. Let’s have a sneak peek at some important factors and attributes of textile printing thickener that you must consider if you are in the textile industry.

Important Characteristics of Printing Thickener from Guar Gum:

 1. It flows property, viscosity and excellent ability to wet and adjust with the inner surface of etchings of the roller should be good.

2. It should synchronize well with the other elements of the printing paste.

3. It must dry easily and properly on the fabric so that the color should not spread due to the capillary action.

4. During steaming it should safely extract water from steam so that free space is available for the dye molecules to cover the fabric.

5. The thickener must not pick free water intensely and must not take the dye beyond the impression edges.

6. It should be affordable and available in abundance.

7. The usable medium like screen, block and rollers should be cleaned easily.

8. After the transferring of thickener for textile printing from the thickener film, the exhausted thickener film should be easily removed without adding any water-soluble dye.

4 Ways to Produce Thickeners

1. A low concentration polymer with  high relative molecular mass can be used (r.m.m.)

2. A high density of the material of lower r.m.m. or of highly segmented chain structure can be used.

3. An emulsion of two fluids, as emulsions are applied in the form of liquid or air, or as in cosmetic creams is also a good fit.

4. A distribution of an equally divided solid like bentonite can also be used. 

Although all four approaches have been used, often in combination, the first approach is the most popular. 

Printers have already found natural polymers with right attributes and through trial and error have also understood the usages. But recently with the advancement of chemistry and physics of polymers, we are able to understand polymers better today. Now we have a wide choice of thickening agents, including synthetic polymers, which has improved our understanding and knowledge. Although it is not enough, we are constantly increasing the knowledge of these complex materials and their behavior.

Take a note that when selecting the printing thickeners from starch, consider the requirements also in addition to the viscosity. Just ensure that thickening agents have print paste stability, minimum impact on colorfastness, good adhesion of the dried thickener film, ease of removal and affordable cost.

#Printing Thickeners #Textile Printing Thickeners #Printing Thickeners from Guar Gum #Thickeners for Textile Printing #Printing Thickeners from Starch

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Types of Textile Printing

Types of Textile Printing

- Discharge and resist techniques were quite in vogue in the 19th century, which were done with discharge printing thickeners to avoid any type of leakage of color in fabric. Modern industrial printing mostly uses direct printing techniques.

#Discharge Printing Thickeners

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Different Types of Textile Printing

Different Types of Textile Printing

- Discharge and resist techniques were quite in vogue in the 19th century, which were done with discharge printing thickeners to avoid any type of leakage of color in fabric. Modern industrial printing mostly uses direct printing techniques.

#Discharge Printing Thickeners

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Significance of Diesel Slurry Guar Gum Powder in Oil Field Industry

Guar, also known as Diesel Slurry Guar, is being cultivated for its seed, vegetable, green fodder, and green manuring. This plant grows about 4 feet high annually with vertically stacked, large leaves and bunch of pods. These pods are utilized as green vegetable or for cattle feed in addition to industrial usages.

Properties that Make Guar Gum Significant for Oil Field Industry

Diesel slurry guar gum power is highly soluble in cold water.

It has powerful hydrogen bonding potential.

It has great thickening, stabilizing, emulsion, and film creating potential.

Multiple Uses of Guar Gum

Natural thickener

Emulsifier

Natural Fiber

Bonding agent

Stabilizer

Gelling agent

Fracturing agent

Use of Guar Gum in Oil Field Industry

Industrial quality Guar gum powder is applied in oil well fracturing, stimulation, mud drilling and other industrial applications due to its properties that make it highly stable with great thickening properties and a suspending agent.

In this industry, guar gum is applied as a synthetic polymer and a surfactant ideally befitting for every type of rheological requirements of water-based or even brine-driven drilling fluids.

The high viscosity guar gum ingredients are facilitated as drilling aids in oil well drilling, water drilling and geological drilling.

The most prominent cause of guar gum products being used in oil drilling fields is its potential to reduce friction in the holes, and reduce the power consumption.

Synopsis

Guar gum power is widely used in multiple industries and has been accepted as the promising component that have potential to be used in various other industries in the days to come.

#Diesel Slurry Guar Gum Powder

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Different Types of Textile Printing

Textile printing is usually a method of using color to apparel in pre-set patterns. In aptly printed apparel the color is absorbed within the fiber, to withstand washing and any type of friction. This printing is also about dyeing. If the dyeing process is done completely the entire fabric is evenly covered with single color, and often printing one or multiple colors in a few parts of the fabric is also considered that too in well defined designs.

In printing fabric there are several types of tools used like, wooden blocks, engraved plates, rollers, stencils, or silk screens to apply colors on the fabric. Color agents used in printing consists of dyes thickened to resist the color from spreading by capillary attraction going off the limits of the pattern or design.

Types of Textile Printing Processes

Conventional textile printing processes can be categorized into four major patterns:

Direct printing

In this type of printing the colourants containing dyes, mordants and thickeners or component important for fixing the color on the cloth are printed in the desired pattern.

Resist Dyeing

In this pattern a wax or other element is printed onto fabric which is then dyed. In this case the areas having wax do not take the dye, leaving uncolored fabric areas against a colored ground.

Discharge Printing

In this pattern of printing a bleaching agent is printed onto earlier dyed fabrics to eliminate some or all of the colors.

Discharge and resist techniques were quite in vogue in the 19th century, which were done with Discharge Printing Thickeners to avoid any type of leakage of color in fabric. Modern industrial printing mostly uses direct printing techniques.

Synopsis

Textile printing thickeners has been in use since ancient times. With the changing time its technique and thickening agent in printing process along with the dye and the required chemicals has been the changes.

#Discharge Printing Thickeners

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Significance of Printing Thickeners in Textile Industry

Thickener is a concentrated mass that provides adhesiveness and plasticity to the print paste for making it fit to be applied on the surface of fabric avoiding any bleeding possibilities.   Usually thickeners are made by weighing out, dissolving the auxiliary chemicals and forming them into the desired weight of thickener. It is a colorless viscous paste consists of one or more thickening agents.

Application of Thickeners

It offers the desired viscosity to the printing paste.  

It wards off any early reaction between the chemicals available in the print paste.

It helps holding the components of the print paste on the fabrics.

Different Approaches to Produce Thickeners

A low concentrated polymer having high relative molecular mass.

A high concentrated material of low relative molecular mass Emulsion of two immiscible fluids like the emulsions applied as cosmetic creams, or a foam of air in a fluid.

A separation of a finely divided solid, like bentonite.

All the four above process of producing thickeners are used separately and often in combination. Earlier as the natural products are variable materials and the requirements are not properly defined, experience and subjective judgements were required. As now that the chemistry of polymers are aptly understood, it’s easy to select and use them using any of the above processes, scientifically. In selecting the right thickening agents, it is important to consider the requirements more than viscosity.

Synopsis

Textile Printing thickeners are the most necessary ingredient that imparts the fabric desired plasticity and sleekness. There are several other industries where it is used and there are many that are promising sector, where it can be used.

#Textile Printing Thickeners #printing thickners