High Carbon Silicon New Type Alloy Deoxidizer

High Carbon Silicon New Type Alloy Deoxidizer is an integrated, multi-functional metallurgical composite alloy material suitable for modern large-scale steel smelting and heavy machinery casting production. It integrates multiple core functions, including efficient deep deoxidation, precise carbonization, assisted desulfurization, and alloy tempering, providing a one-stop replacement for traditional multi-category deoxidizing and carbonizing additives.

Rapid deep deoxidation significantly improves steel cleanliness: After entering the furnace, it rapidly melts and penetrates the entire molten steel, efficiently capturing free oxygen molecules and quickly generating a harmless silicate slag layer that floats easily. This instantly reduces the dissolved oxygen content of the molten steel, effectively avoiding high-frequency quality defects such as porosity, delamination, and slag inclusions. Simultaneously, it optimizes the morphology of non-metallic inclusions, helping steel mills stably produce high-quality, qualified billets, profiles, and special steels, steadily improving the yield of finished products.

This integrated deoxidation, carbonization, and desulfurization process simplifies material preparation and reduces labor costs: Eliminating the need for separate purchases of carbonizers, auxiliary desulfurization agents, and inefficient ferrosilicon additives, a single high-carbon silicon alloy deoxidizer can simultaneously complete the entire process of deoxidation, precise carbon potential adjustment, and mild desulfurization. It directly simplifies furnace-side material preparation records, reduces inventory pressure, lowers manual feeding workload, and aligns with the efficient operation of automated steelmaking lines.

High alloy absorption rate leads to a significant reduction in overall smelting costs per ton of steel: The dense alloy crystal structure prevents dust generation and burn-off. Under high-temperature conditions, the effective element absorption rate far exceeds that of traditional ordinary ferrosilicon. Under the same deoxidation standards, the overall material input can be reduced by 15%–25%. It simultaneously shortens smelting reduction time, reduces electric furnace power consumption, and minimizes furnace lining wear. It is suitable for long-term, large-scale use in steel mills, offering high cost-effectiveness.

Q1: When will customs clearance documents such as bills of lading and packing lists be provided?

A1: Within [1-3 days] after the goods are shipped, the bill of lading (original/electronic release), commercial invoice, packing list, certificate of origin and other customs clearance documents will be sent to you to ensure that you can go through the import procedures smoothly.

Q2: What should I do if the goods I receive have quality problems/quantity shortages?

A2: Please provide clear photos/videos and packing lists within [7-15 days] after receiving the goods, and we will verify the situation:

Quality problems: free reissue, return or partial refund;

Quantity shortage: resend the difference after confirmation or refund the corresponding payment.

(Note: Problems caused by improper storage or incorrect use by customers are excluded)

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