Vinipul Chemicals Leading Manufacturer, Exporter, and Supplier of Urea Technical Grade for Industrial Use
Vinipul Chemicals is a trusted name in the manufacturing, exporting, and supplying of high-purity Urea Technical Grade, delivering consistent quality to B2B clients across domestic and international markets. Backed by years of industry experience, we cater to diverse industrial applications with reliable and compliant chemical solutions.
Product Name: Urea Technical Grade
Category: Urea / Industrial Chemicals
Our Urea Technical Grade is widely used in industries such as:
Pharmaceuticals For synthesis and as a raw material in drug manufacturing
Fertilizers As a nitrogen source in specialty blends
Textile and Dyes For dyeing and printing processes
Resins and Adhesives As a core ingredient in urea-formaldehyde resins
Laboratory and Research For precise and controlled chemical reactions
State-of-the-art manufacturing facilities ensuring superior chemical stability
Compliance with industrial quality and safety standards
Bulk supply capability with secure and prompt delivery
Custom packaging solutions tailored for industrial clients
Serving key industries including agriculture, pharma, textiles, and polymers
Vinipul Chemicals is committed to being your long-term partner for Urea Technical Grade requirements, offering dependable service, competitive pricing, and technical support.





Price:
Price 40 INR / Kilograms
Minimum Order Quantity : 100 Kilograms
CAS No : 57136
Molecular Formula : CH4N2O
EINECS No : 2003155
Molecular Weight : 60.06 g/mol
Price 40 INR / Kilograms
Minimum Order Quantity : 100 Kilograms
CAS No : 57136
Molecular Formula : CH4N2O
EINECS No : 2003155
Molecular Weight : 60.06 g/mol
Price 40 INR / Kilograms
Minimum Order Quantity : 100 Kilograms
CAS No : 57136
Molecular Formula : CH4N2O
EINECS No : EC Number 2003155
Molecular Weight : 60.056 g/mol
Price 40 INR / Liter
Minimum Order Quantity : 100 Liters
CAS No : 57136
Molecular Formula : CH4N2O
EINECS No : EC Number 2003155
Molecular Weight : 60.056 g/mol