EDTA Low Temperature Cleaning Corrosion Inhibitor for Boiler & Carbon Steel 90-95°C High Purity 98%

Product Specifications

EDTA Corrosion Inhibitor for Boiler & Carbon Steel: Solving Low-Temperature Cleaning Challenges at 90-95°C

We’ve seen countless research labs and manufacturing facilities struggle with corrosion during low-temperature boiler cleaning—either due to subpar inhibitors that fail at 90-95°C or suppliers enforcing minimum order quantities that leave small-batch users overstocked. Inconsistent active content in generic inhibitors often leads to unexpected metal pitting, while delayed deliveries have derailed many critical R&D timelines.

Stable Performance in Low-Temperature Boiler Systems

Our EDTA Low Temperature Cleaning Corrosion Inhibitor addresses these pain points with a high-purity formula designed specifically for 90-95°C operations. With ≥98% active content and pH stability ≥9.0, it provides reliable protection for carbon steel components without the batch-to-batch variability that plagues generic alternatives. Our flexible production system supports both small-batch trials (starting from 25kg) and large-scale orders, ensuring researchers and manufacturers get exactly what they need when they need it.

Industrial Applications for Boiler & Carbon Steel Maintenance

This boiler carbon steel cleaning inhibitor is widely used in industrial boiler systems, power plant maintenance, and metal surface treatment processes where low-temperature cleaning is required. Its liquid form allows easy integration into existing cleaning protocols, while the reddish brown color provides visual confirmation of proper dispersion. Typical applications include descaling operations, pre-commissioning cleaning, and routine maintenance of carbon steel pipelines and heat exchangers.

Key Specifications for Reliable Corrosion Protection

The ≥98% active content ensures minimal dilution requirements, reducing both material costs and waste generation. The controlled density of 1.0±0.05 g/cm³ at 20°C guarantees consistent mixing ratios, while the alkaline pH (≥9.0) enhances EDTA’s chelating efficiency in low-temperature environments. These specifications work together to prevent hydrogen embrittlement and metal dissolution, critical factors in maintaining boiler integrity during cleaning cycles. Unlike standard inhibitors, our formula maintains stability even when exposed to varying water hardness levels.

Benefits of High-Purity Low Temperature Inhibitor

Choosing a high-quality EDTA inhibitor directly impacts operational costs and safety. Inferior products with low active content may require higher dosages, increasing expenses and environmental impact, while impurities can cause secondary fouling or equipment damage. Our inhibitor meets strict industrial standards, supporting compliance with ISO 9001 quality management systems. The one-year shelf life ensures long-term usability, reducing inventory turnover pressure for research facilities and small-scale producers.

Quality Assurance You Can Verify

Certificate of Analysis & Documentation

Each delivery includes a batch-specific COA and MSDS, providing comprehensive safety and handling information. For critical applications, additional testing data can be requested, including stability studies and compatibility reports with common cleaning agents. All documentation complies with international shipping standards, facilitating customs clearance for export to 50+ countries.

Storage & Handling

• Store in a cool, dry, well-ventilated area, sealed and away from direct sunlight.
• Keep away from incompatible materials, food and feed sources.
• Handle with appropriate personal protective equipment (gloves, goggles, lab coat).
• Follow good industrial hygiene practices. Avoid inhalation and skin contact.
• Refer to MSDS for detailed storage and safety instructions.

Simple Ordering Process for Your Requirements

Initiate your order by submitting a request through our contact channels, specifying your required quantity and packaging preferences (25kg drum, 1 ton drum, or custom). We provide technical support to help determine optimal dosage rates for your specific application. Sample evaluations are available for first-time users, with full-scale production typically delivered within 7-15 days of order confirmation.

Frequently Asked Questions