Product Description
Premixed Silica Ramming Mass with Boron Oxide
A Premixed Silica Ramming Mass with Boron Oxide can safely be used up to a very high operating temperature. It expands very little so it is superior to both alumina and magnesia to resist thermal shocks. Secondly its cost is very low in comparison to alumina and magnesia. The silica ramming mass is made of high purity microcrystalline quartz sand, powder, adding high temperature sintering flux and mineralizes. The Premixed Silica Ramming Mass with Boron Oxide is very effective and useful.
Superior Induction Furnace Lining SolutionOur Premixed Silica Ramming Mass with Boron Oxide is engineered for stable and efficient furnace linings. The products low thermal expansion and high refractoriness (17701790C) minimize cracking and erosion, even under intense thermal cycling. Boron oxide offers added resistance against slag attack, improving efficiency and furnace longevity. The fine silica powder is evenly blended for consistent application and predictable results.
Customizable Grain Size and Reliable PackingManufactured with rigorous quality protocols, the ramming mass can be supplied in custom grain sizes (05 mm) to fit specific furnace configurations and operational requirements. The HDPE bags with inner lining prevent moisture ingress, safeguarding product integrity during shipping and storage. Customers across India can expect uniform quality from every batch delivered.
FAQs of Premixed Silica Ramming Mass With Boron Oxide:
Q: How is Premixed Silica Ramming Mass with Boron Oxide applied in induction furnace lining?
A: The product is installed as a refractory lining material inside induction furnaces. After cleaning the furnace shell, the mass is carefully rammed into place either mechanically or manually, ensuring a dense, uniform layer that offers strong thermal resistance and reliable performance during melting operations.
Q: What is the advantage of boron oxide in the ramming mass?
A: Boron oxide (0.40.6%) improves the ramming masss resistance to slag corrosion and enhances the adhesion and sintering of silica grains, thereby increasing lining durability and reducing maintenance frequency in demanding furnace environments.
Q: When should I use a customizable grain size for my ramming mass?
A: Customizing the grain size (05 mm) allows users to tailor the ramming mass for specific furnace sizes or operational methods. Finer grains promote easier packing in smaller furnaces, while coarser grains can be chosen for larger installations to optimize heat flow and mechanical strength.
Q: Where is Premixed Silica Ramming Mass with Boron Oxide typically stored before use?
A: It should be stored in dry areas where moisture and contamination are minimized. The HDPE bags with inner lining protect the powder, helping maintain a shelf life of up to 6 months under suitable conditions.
Q: What benefits does this premixed powder offer compared to conventional refractory materials?
A: This products precise chemical composition, extremely high SiO2 content, and low thermal expansion provide reliable heat resistance and minimal lining deterioration. The homogeneous premix ensures improved operational consistency, reduced installation time, and predictable refractory performance.
Q: Are there any specific handling precautions during the usage process?
A: Standard protective measures, such as using gloves and masks, are recommended when handling the powder to avoid dust inhalation and skin contact. Ensure tools and work environments are clean to prevent contamination, which can affect lining quality.
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