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NFC - Nozzle Filling Compound

NFC - Nozzle Filling Compound

Product Details:

  • Storage Store in cool, dry place away from moisture
  • Melting Point 1200C - 1600C
  • Form Solid granules
  • Ph Level 7-9
  • HS Code 38160000
  • Molecular Formula Mixture
  • Smell Odourless
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NFC - Nozzle Filling Compound Price And Quantity

  • 100 Kilograms
  • 30 INR
  • 25 kg / 50 kg bags
  • Up to 1600C
  • < 2 %
  • Excellent
  • 12 months
  • High resistance to thermal shock
  • Grey or off-white
  • 1 mm to 4 mm
  • 1.52.0 g/cm
  • Above 1200C
  • Low

NFC - Nozzle Filling Compound Product Specifications

  • 38160000
  • Granular
  • 95% min
  • IS Standard or as per buyers requirement
  • 2.1 Gram per cubic centimeter(g/cm3)
  • Granular refractory compound
  • Mixture
  • Refractory Material
  • Granulated refractory oxides, Silica, Alumina, and other minerals
  • Steel Industry, Nozzle Filling for Ladle and Tundish, Continuous Casting
  • Mixture
  • Odourless
  • Store in cool, dry place away from moisture
  • 7-9
  • Solid granules
  • Yes
  • Industrial
  • Nozzle Filling Compound
  • NFC, Nozzle Closing Compound
  • Insoluble in water
  • 1200C - 1600C
  • Nozzle filling compound for steel making
  • 25 kg / 50 kg bags
  • Up to 1600C
  • < 2 %
  • Excellent
  • 12 months
  • High resistance to thermal shock
  • Grey or off-white
  • 1 mm to 4 mm
  • 1.52.0 g/cm
  • Above 1200C
  • Low

NFC - Nozzle Filling Compound Trade Information

  • 20 Kilograms ton Per Day
  • 2 Week
  • Africa
  • South India, All India

Product Description

We are immensely appreciated by our clients for manufacturing and exporting NFC - Nozzle Filling Compound. It is a type of refractory mixture of several ingredients which is required to prevent skulling and steel freeze. This compound does not sinter when added to molten steel at temperature up to 1600 degrees Celsius. It assures free flowing of metal through slide gate when it is open. Offered NFC - Nozzle Filling Compound also acts as a desulphurizing agent and minimizes oxygen lancing.

Features:

  • Improves steel quality

  • Enhances life of sliding gate and prevents nozzle blocks

  • Ensures very smooth stream from ladle



Optimal Flowability and Thermal Stability

NFC delivers superior flowability, allowing the compound to seamlessly fill nozzle spaces in steel ladles and tundishes. Its low thermal expansion and robust resistance to thermal shock make it highly dependable under the extreme temperature conditions encountered during steelmaking, reducing the risk of blockages and ensuring consistent product quality.


High Purity and User Safety

With a minimum purity of 95% and composed of non-poisonous, odourless granules, NFC is engineered to meet stringent IS standards and is suitable for industrial applications. Its insolubility in water and neutral pH (79) safeguard operator health and equipment performance. Proper storage in cool, dry environments ensures extended usability.


Versatile Packaging and Standard Compliance

Designed for industrial requirements, NFC is packaged in convenient 25 kg and 50 kg bags to suit various operational needs. Manufactured to IS standards or tailored to buyer specifications, it offers flexibility for distributors, exporters, and manufacturers, ensuring seamless integration into steelmaking processes across India and international markets.

FAQs of NFC - Nozzle Filling Compound:


Q: How is NFC - Nozzle Filling Compound applied in the steel industry?

A: NFC is used by adding the granulated compound into the nozzle area of ladles or tundishes prior to continuous casting. Its excellent flowability allows it to fill gaps efficiently, preventing nozzle blockages and enabling smooth molten steel flow during steel manufacturing.

Q: What are the main benefits of using NFC during steelmaking?

A: NFC offers high resistance to thermal shock, low thermal expansion, and superior flowability, all of which prevent nozzle clogging and ensure reliable steel discharge during casting. Its chemical inertness and high melting point further enhance operational efficiency and product consistency.

Q: When should NFC be used during the casting process?

A: NFC should be applied before the molten steel enters the ladle or tundish. Adding the compound at this stage ensures the nozzle remains open and unobstructed, optimizing the continuous casting operation throughout the process.

Q: Where should NFC be stored, and how does packaging support its shelf life?

A: NFC should be stored in a cool, dry place away from moisture, in its original 25 kg or 50 kg bags. Proper storage protects its flow characteristics and extends its shelf life to up to 12 months.

Q: What process ensures NFCs high resistance to thermal shock and melting point?

A: NFC is manufactured using high-purity granulated refractory oxides like silica and alumina, engineered to withstand rapid temperature changes and high temperatures above 1200Cup to 1600Censuring high resistance to thermal shock and consistent melting behavior.

Q: What is the typical particle size of NFC and how does it impact usage?

A: NFC features a particle size range of 1 mm to 4 mm, allowing it to flow freely and fill nozzle gaps precisely. This granularity improves packing density and prevents premature blockages during the casting process.

Q: What standards does NFC comply with, and is it safe to use?

A: NFC conforms to IS standards or can be tailored to buyer requirements. It is non-poisonous, odourless, and chemically neutral, making it safe for industrial use and handling by operators in steel plants.

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