Phosphoric Acid Pump Solution#1.9 Phosphoric Acid Pump in Use#1.9 Chemical Phosphoric Acid Pump Application#1.9
ISO 9001:2015 certified#1.5 ISO 9001:2015 certified
ISO 14001:2015 certified#1.5 ISO 14001:2015 certified
ISO 45001:2018 certified#1.5 ISO 45001:2018 certified

Phosphoric Acid Pump Solutions

Advanced centrifugal pumps engineered for safe phosphoric acid handling with superior corrosion resistance. Our ANSI/ASME B73.1 compliant designs feature exotic alloys and fluoropolymers for reliable pumping of concentrated phosphoric acid up to 1200 m³/hr capacity and temperatures up to 350°C. Ideal for fertilizer production, rust removal, metal treatment, and chemical processing applications requiring acid-resistant materials.

Our Range of Products
Metallic Phosphoric Acid Pump#1.9
Metallic Phosphoric Acid Pumps
Acid-Resistant Alloys
High Temperature Operation
Corrosion Resistance
Non-Metallic Phosphoric Acid Pump#1.9
Non-Metallic Phosphoric Acid Pumps
Superior Chemical Resistance
Fluoropolymer Construction
Acid-Safe Operation
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Frequently Asked Questions

Can phosphoric acid go down the drain?
No, concentrated phosphoric acid should never be disposed of down the drain without proper neutralization and treatment. It can damage plumbing, cause environmental harm, and violate wastewater regulations. Proper disposal requires neutralization, dilution, and treatment through approved waste management systems or licensed facilities.
What is the problem with phosphoric acid?
Phosphoric acid is highly corrosive and can cause severe burns to skin and eyes. It damages metal surfaces, creates toxic fumes when mixed with other chemicals, and poses environmental risks if not properly handled. Industrial handling requires specialized acid-resistant pumps, appropriate PPE, and proper ventilation systems.
How long does phosphoric acid take to remove rust?
Phosphoric acid typically takes 15-30 minutes to remove light rust, while heavy rust may require 2-24 hours depending on concentration and application method. The acid converts rust into a water-soluble phosphate that can be easily removed. Processing time varies based on acid concentration, temperature, and rust severity.
What are the drawbacks of phosphoric acid?
Drawbacks include high corrosivity requiring specialized materials, potential health hazards from fumes and contact, environmental concerns from improper disposal, equipment corrosion leading to maintenance costs, and the need for careful handling procedures. These challenges require investment in proper pumping systems and safety equipment.
What materials are best for phosphoric acid pumps?
Best materials for phosphoric acid pumps include SS316L stainless steel, Hastelloy-C, and fluoropolymers like PVDF and PFA. These materials offer superior corrosion resistance to phosphoric acid's aggressive nature. Material selection depends on concentration, temperature, and specific application requirements for optimal pump performance and longevity.
How do I select the right phosphoric acid pump?
Select phosphoric acid pumps based on acid concentration, operating temperature, flow rate requirements, and system pressure. Consider material compatibility, seal arrangements, and maintenance accessibility. ANSI/ASME B73.1 compliant designs with appropriate metallurgy or fluoropolymer construction ensure reliable performance in demanding phosphoric acid applications.

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Phosphoric Acid Pump Solutions Across
6 Key Industries
Fertilizer Applications#1.9
Fertilizer Production

Acid-resistant phosphoric acid pumps for fertilizer manufacturing processes, handling concentrated acid solutions for phosphate fertilizer production with reliable corrosion resistance.

Steel Industry Applications#1.9
Steel Industry

Specialized pumps for phosphoric acid rust removal and metal surface treatment applications, ensuring safe handling of corrosive cleaning solutions in steel processing.

Chemical Processing Applications#1.9
Chemical Processing

High-performance phosphoric acid pumps for chemical synthesis, catalyst preparation, and intermediate processing with superior chemical resistance and reliability.

Water Treatment Applications#1.9
Water Treatment

Corrosion-resistant pumps for phosphoric acid dosing in water treatment and ETP plants, providing precise chemical handling for pH control and scale prevention applications.

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Talk to our experts for custom solutions and tailored guidance.

Why Chemical Industries choose Chemitek

Acid-Resistant Materials

Superior material selection including SS316L, Hastelloy-C, and fluoropolymers specifically engineered to withstand phosphoric acid's corrosive properties, ensuring long-term reliability and safety.

ANSI B73.1 Compliance

All phosphoric acid pumps meet ANSI/ASME B73.1 standards with precision-cast components, ensuring dimensional accuracy, interchangeability, and proven performance in critical applications.

Custom Engineering

Tailored pump solutions designed for specific phosphoric acid concentrations, temperatures, and process requirements with comprehensive application engineering support and technical expertise.

Get Expert Consultation for Your Phosphoric Acid Pump Requirements

Connect with our application engineers for custom phosphoric acid pump selection, material compatibility guidance, and corrosion-resistant solutions for your critical processes.

For immediate assistance, feel free to give us a direct call at +91 98606 75823 You can also send us a quick email at sales@chemitek.co.in

Contact Us Today

For immediate assistance, feel free to give us a direct call at +91 98606 75823 You can also send us a quick email at info@chemitek.co.in