AMTD Energy-utilized Copper Slag 500tons/month– Premium Recyclable Petroleum Catalyst Material

AMTD LLC proudly presents our latest industrial-grade energy-utilized copper slag, a high-purity recyclable material designed for advanced industrial and metallurgical applications. This product is derived from processed copper waste and optimized for sustainable recovery in the petroleum and metal processing industries. Our copper slag not only provides excellent efficiency in catalysis but also aligns with modern environmental standards for sustainable waste recycling.

Product Overview

The energy-utilized copper slag is collected and processed from copper smelting byproducts and transformed into a high-performance material suitable for reuse as a recyclable industrial catalyst. Our product conforms to strict quality standards under ISO quality guidelines and JY/T 015-1996 standard. Each batch is tested for chemical composition, moisture content, and trace elements to ensure consistency and industrial applicability.

Technical Specifications

• Sample Model: MLS20250810
• Sample Material: AMTD Energy-utilized copper slag
• Sample Quantity: 1 Bag
• Moisture Content: 4.19%
• Main Components: Cu 29.09%, Zn 15.52%, Al2O3 9.6%, CaO 2.26%, Fe2O3 1.03%, K2O 0.15%, TiO2 0.15%

Applications

Our copper slag for metal recovery is extensively used in:

• Petroleum catalyst production – serving as a high-efficiency catalyst base.
• Metallurgical processes – recovering copper, zinc, and other valuable metals from industrial waste streams.
• Construction and cement industry – providing a durable, mineral-rich additive.
• Environmental recycling – acting as a sustainable solution for hazardous waste reduction.

Advantages

Using AMTD Energy-utilized copper slag in industrial processes provides multiple advantages:

1. High Purity: Rigorous testing ensures minimal contamination and stable composition.
2. Cost Efficiency: Reduces raw material consumption in catalysis and metallurgical processes.
3. Environmental Compliance: Supports sustainable waste recycling and reduces landfill disposal.
4. Versatility: Suitable for petroleum, metallurgical, and construction applications.
5. Traceability: Each batch is fully documented with detailed analysis reports, supporting quality control and regulatory compliance.

Quality Assurance

Our recyclable industrial catalyst undergoes a comprehensive testing protocol:

• Elemental composition analysis: Cu, Zn, Al2O3, CaO, Fe2O3, TiO2, K2O, etc.
• Moisture determination
• Particle size distribution and homogeneity check
• Conformance with ASTM International standards for industrial slag materials

Environmental Impact

As part of AMTD LLC’s commitment to sustainable waste recycling, our copper slag helps industrial operations reduce environmental footprint. Reusing copper slag avoids the need for additional mining, minimizes hazardous waste, and lowers greenhouse gas emissions. For detailed environmental guidelines, refer to EPA’s Sustainable Materials Management.

Packaging & Storage

The product is delivered in securely sealed bags to prevent moisture absorption and contamination. Proper storage in a dry, covered area ensures long-term stability and performance. Our logistics network supports global distribution and traceable shipments.

Internal and External References

• AMTD Scrap Product Catalog: View All Products
• Technical Guidelines: ISO Industrial Slag Standards
• Metallurgical Applications: Copper Slag in Metallurgy
• Environmental Sustainability: EPA SMM Guidelines

Why Choose AMTD Energy-utilized Copper Slag

With years of experience in the recycling and scrap industry, AMTD LLC provides not only high-quality materials but also expert guidance on maximizing resource recovery. Our high-purity slag material supports environmentally responsible operations while offering cost-effective solutions for industrial catalysts, metal recovery, and construction additives.

For inquiries or bulk orders, please contact us at support@amtdscrap.com or call +1 305-239-9680.

Disclaimer: All test results refer to the specific batch of product. Any variation in industrial processes or environmental conditions may affect performance. Re-testing and quality verification are recommended before large-scale application.