Lubricants

Lubricants Starch

We manufacture two kinds of lubricants which have extra-binding property. The lubricant starch is particularly used for dyed yarns. our lubricant starch stands as a testament to advanced textile solutions, ensuring superior results throughout your processes. Elevate your production with lubricants that redefine excellence and reliability.

AngeLube JG

This is a powerful textile lubricating agent with extra binding property. The AngeLube JG is a special lubricant for linen and polyester yarns. It is apt for direct warping and sectional warping.

AngeLube JGB

AngeLube JGB is a powerful lubricant cum additive product for cotton, linen, polyester and dyed yarn for direct and sectional warping.
We export this starch to many countries and it is widely used as a textile lubricant. This starch is available in different grades and we also offer custom product.

Product Details : 

    

Usage/Application  Textile Industry for Sizing    
Speciality  Gluten Free     
Cuisine   Indian  
Form   Powder 
Packaging Size  50 Kgs    
Packaging Type   Bag    
Brand         Angel  
Application  Industrial  
Minimum Order Quantity 50 Kilogram 

 

Feel free to ask if you need any further assistance or formatting adjustments!

FAQ’s

What types of lubricants does Angel Starch manufacture?

Angel Starch manufactures two kinds of lubricants that possess an extra-binding property. These lubricants are particularly designed for use with dyed yarns.

How is AngeLube JGB used in the textile industry?

AngeLube JGB serves as a powerful lubricant and additive in the textile sector, particularly for processes involving direct and sectional warping. It aids in enhancing the processing of various yarn types, including cotton, linen, polyester, and dyed yarns.

What are the advantages of using lubricant starch for dyed yarns?

Lubricant starch, with its extra-binding property, offers several benefits for dyed yarns. It aids in smoother processing, reducing friction during various manufacturing stages. This results in improved yarn quality, reduced breakage, and enhanced overall efficiency in dyeing processes.