About Conductivity Modifier
To retain our goodwill as the competent names, we are offering quality assured Conductivity Modifier. By using optimum quality chemical compounds and the latest technology, the offered product is precisely formulated and processed under utmost hygienic conditions by adroit professionals. Balanced composition, high density and safe usage are qualities of offered product. We offer Conductivity Modifier in different packaging options as per clients' diverse requirements. Clients can avail this product of chemical from us at affordable prices.
Exceptional Purity and StabilityThe Conductivity Modifier boasts a 99% purity level, ensuring consistent performance in demanding industrial settings. Its low moisture content below 0.5% and stable pH range (6.58.0 in a 5% solution) make it an optimal choice for precision applications. The products technical grade adheres to ISO 9001:2015, supporting both operational reliability and quality control.
Versatile Industrial ApplicationsSpecially formulated for the chemical, textile, and electronics sectors, this conductivity modifier enables precise alteration of electrical properties in manufacturing processes. Its water solubility allows easy integration into various systems, enhancing operational efficiency and product quality. The product is packaged efficiently for bulk use and is widely used by industry leaders.
Safe Storage and Extended Shelf LifeWith a shelf life of 24 months, the Conductivity Modifier retains its efficacy when stored in a cool, dry area. The secure 25 kg bag packaging protects against environmental factors, maintaining product integrity. These features make it a dependable choice for large-scale and long-term industrial supply chains.
FAQs of Conductivity Modifier:
Q: How should the Conductivity Modifier be used in industrial applications?
A: The Conductivity Modifier should be dissolved in water, following the recommended concentration for your specific process. Its water solubility and stable pH range make it adaptable for integrating into chemical solutions, textile treatments, or electronic manufacturing workflows.
Q: What are the primary benefits of using this Conductivity Modifier?
A: This product offers reliable electrical conductivity adjustment, high purity (99%), and low moisture content. These attributes deliver precise results, promote consistent quality, and support efficiency across chemical, textile, and electronics applications.
Q: When is the optimal time to use the Conductivity Modifier during the production process?
A: The modifier is most effective when added at stages in the process where conductivity levels have the most impact, such as during solution preparation or textile treatments. Consult your process guidelines to determine the best integration point.
Q: Where can the Conductivity Modifier be sourced and who supplies it?
A: This Conductivity Modifier is manufactured, supplied, and exported from India, available directly from the producer. It can be purchased in bulk quantities (25 kg bags) to meet various industry needs, with a monthly supply ability of 5,000 kg.
Q: What storage conditions are recommended for this product?
A: For optimal preservation, store the product in its original 25 kg bag in a cool, dry place. These conditions help prevent moisture absorption and maintain product stability throughout its 24-month shelf life.
Q: What is the process for integrating the Conductivity Modifier into industrial operations?
A: Simply dissolve the measured quantity in water, ensuring homogenous mixing. The products solubility and stable physical properties allow for seamless incorporation into automated or manual operational flows within chemical, textile, and electronics manufacturing.
Q: Why is this Conductivity Modifier particularly suitable for electronics, textile, and chemical industries?
A: Its high purity, stable pH, and reliable performance support the strict quality and technical requirements of these industries. The product aids in achieving targeted electrical properties, which are crucial for efficient processing and end-product functionality.