Chemicals for Mining | Mining Chemical Supplier South Africa

Chemicals for Mining | Mining Chemical Supplier South Africa

BRF SA supplies a range of mining chemicals and mineral processing reagents designed to support mining operations, water treatment in mining systems, and industrial mineral extraction across South Africa and Southern Africa.

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industrial coagulants like PAC and ferric chloride for mining water clarification
BRF SA Chem supplies a wide range of chemicals for mining, including flotation reagents, leaching agents, and water treatment solutions for mineral processing operations across South Africa.
 
We supply a wide range of mining chemicals used across gold, coal, platinum, and base metal operations. Our products support efficient extraction, improved recovery rates, and stable processing conditions.

Chemicals for Mining: Complete Guide

Chemicals for mining are essential reagents used in mineral extraction, flotation, leaching, and water treatment processes. These chemicals help improve recovery rates, stabilize operations, and enhance overall efficiency in mining systems.

Common categories of chemicals for mining include:

  • Flotation reagents (xanthates, frothers)
  • Leaching chemicals (cyanide, sulfuric acid)
  • pH control agents (lime, caustic soda)
  • Water treatment chemicals (PAC, ferric chloride)
These chemicals are widely used in gold, copper, coal, and platinum mining operations.

What Are Mining Chemicals?

Mining chemicals are specialised reagents used in mineral processing to separate valuable minerals from ore. These chemicals are essential in processes such as flotation, leaching, and pH control.
They help improve:
  • Mineral recovery rates
  • Process efficiency
  • Product purity
  • Operational stability
xanthate collector used in mining

Our Mining Chemicals Product Range

We supply a complete range of chemicals used in mining, structured by application:

Flotation Chemicals

Flotation chemicals are used to separate valuable minerals from waste rock.
Common products include:
  • Xanthates (e.g., PAX, SIPX, SEX)
  • Frothers (e.g., pine oil)
These chemicals improve selectivity and recovery in flotation circuits.

Leaching Chemicals

Leaching chemicals dissolve valuable metals from ore.
Key products:
  • Sodium Cyanide (used in gold extraction)
  • Sulfuric Acid (used in copper leaching)
These reagents enable efficient metal recovery in hydrometallurgical processes.

pH Control Chemicals

pH control is critical in maintaining stable processing conditions.
We supply:
  • Sodium Hydroxide (Caustic Soda)
  • Soda Ash (Sodium Carbonate)
  • Lime
These chemicals regulate alkalinity and optimise reaction conditions.

Water Treatment Chemicals for Mining

Mining operations require effective water treatment systems.
Our solutions include:
  • Poly Aluminium Chloride (PAC)
  • Ferric Chloride
  • Sodium Hypochlorite
These chemicals are used for clarification, coagulation, and disinfection.

Types of Chemicals for Mining Processes

Below is a list of commonly used mining chemicals:
  • Sodium Cyanide – gold extraction
  • Xanthates – flotation collectors
  • Pine Oil – flotation frother
  • Sodium Hydroxide – pH control
  • Soda Ash – alkalinity control
  • Sulfuric Acid – leaching agent
  • Hydrogen Peroxide – oxidation processes
  • Ferric Chloride – water treatment

Applications of Mining Chemicals

Our mining chemicals are used in:
  • Gold mining and extraction
  • Coal processing
  • Platinum group metals (PGMs)
  • Base metal recovery (copper, zinc, nickel)
  • Mine water treatment systems

Bulk Mining Chemical Supply in South Africa

As a leading mining chemical supplier, BRF SA Chem offers:
  • Bulk supply and reliable delivery
  • Consistent product quality
  • Technical support and product guidance
  • Solutions tailored to mining operations
We support mining companies across South Africa with dependable chemical supply solutions.

Why Choose BRF SA Chem?

  • Trusted mining chemicals supplier
  • Wide product range for multiple applications
  • Competitive bulk pricing
  • Industry expertise and technical knowledge
  • Reliable logistics and distribution

Chemicals for Mining Applications

Soda Ash Dense (Sodium Carbonate Dense) – pH & Alkalinity Control

Used in mining water circuits to adjust pH, improve alkalinity, and support reagent performance in flotation and treatment systems.
👉 Soda Ash Dense.

Poly Aluminum Chloride (PAC) – Clarification Coagulant

A high-efficiency coagulant used in mining water treatment for turbidity removal, solids clarification, and settling in process water circuits.
👉 Poly Aluminum Chloride (PAC) 

Ferric Chloride Powder – Industrial Coagulant

Used in mining wastewater systems to improve flocculation, turbidity reduction, and contaminant removal from tailings water.
👉 Ferric Chloride Powder 

Aluminum Sulfate Powder (Alum) – Water Clarification

Acts as a primary coagulant in mining wastewater treatment systems for solids removal and improved water clarity.
👉 Aluminum Sulfate Powder 

Sodium Molybdate Powder – Corrosion Inhibitor

Used in mining water circuits and equipment protection to slow corrosion and extend equipment life.
👉 Sodium Molybdate Powder 

How Mining Chemicals Support Operations

Process Water Treatment
Mining water circuits often require clarification to remove suspended solids, tailings fines, and contaminants. Coagulants such as PAC, ferric chloride, and alum help aggregate particles, facilitating easier settling and filtration.
pH & Alkalinity Adjustment
Optimizing pH is critical for flotation efficiency and reagent performance. Chemicals such as soda ash help balance alkalinity and stabilize process conditions.
Corrosion Protection
Mining equipment, piping, and process vessels are exposed to corrosive environments. Corrosion inhibitors such as sodium molybdate help protect assets and reduce maintenance costs.
Environmental Compliance
Mining operations must treat wastewater before discharge to meet regulatory standards. Water treatment chemicals enhance pollutant removal and support compliance with discharge regulations.

PRODUCTS CATEGORY:

  • Sodium Tripolyphosphate (STPP)
  • Sodium Hexametaphosphate (SHMP)
  • Sodium Silicate
  • Sodium Lignosulfonate
  • Sodium Polyacrylate

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Why Choose BRF SA Mining Chemical Solutions?

✔ Industrial-grade chemical quality for harsh mining environments
✔ Bulk supply and logistics across South Africa & Southern Africa
✔ Technical support and product guidance
✔ Reliable inventory and documentation
✔ Compliance support for regulatory and environmental requirements
Whether you need process water treatment, equipment protection, pH control, or mineral processing support, BRF SA delivers tailored mining chemical solutions.

Mining Water Treatment Process – A Quick Overview

  1. Coagulation & Flocculation – Break down colloidal particles for easier removal
  2. pH Optimization – Use pH adjusters to stabilize process conditions
  3. Clarification & Settling – Remove solids and sediment via clarifiers
  4. Filtration & Polishing – Final water polishing before reuse or discharge
  5. Corrosion Control – Protect piping and equipment with corrosion inhibitors
Contact BRF SA Mining Chemical Team
📍 Main St, Kuruman, 8460
📞 +27 78 956 4304
🕒 08:00 – 18:00
For pricing, specifications, and customized mining chemical supply solutions, contact our expert team today.
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Conclusion

Chemicals for mining are essential for efficient mineral extraction and processing. From flotation reagents to leaching chemicals, these products play a key role in improving recovery rates and optimizing mining operations.
 
By choosing a reliable supplier, mining companies can ensure consistent performance and high-quality results across all stages of production.
Include strong internal links to strengthen topical relevance:
✔ Featured Products (PAC, soda ash, ferric chloride, alum, etc.)

FAQ

What chemicals are used in mining?

Chemicals for mining include flotation reagents, acids, cyanide, and water treatment chemicals used to extract and process minerals.

Why are chemicals important in mining?

They improve recovery rates, efficiency, and process stability in mineral extraction.