LMI - Chemical Handling

LMI Ensuring Chemical Handling Safety

LMI is a global leader in chemical handling solutions, offering advanced equipment engineered for accuracy and durability. Among its standout offerings is the chemical agitator, designed to maintain uniform mixing of chemicals, prevent sedimentation, and ensure optimal dosing performance. Built for demanding environments such as water treatment and industrial processing, LMI agitators feature corrosion-resistant materials and robust construction that support continuous operation.

Why Choose LMI - Chemical Handling Tools?

LMI’s chemical handling tools—especially their high-performance agitators—are engineered for precision, durability, and safety in demanding environments such as water treatment and industrial processing. Designed for accurate mixing and dosing, these tools deliver outstanding resistance to corrosion and harsh chemicals. Backed by a global reputation for reliability, LMI solutions help streamline operations, reduce maintenance downtime, and support compliance with safety standards. Explore their full range of chemical handling tools available at our Canadian warehouse or listed below.

LMI 10590 Chemical Agitator

The LMI 10590 Chemical Agitator with a 34" epoxy-coated stainless steel shaft is designed for efficient and reliable mixing in 40- and 50-gallon chemical tanks (tank not included), making it ideal for water treatment and chemical dosing applications. It features a corrosion-resistant shaft and impeller, driven by a high-efficiency 1/20 HP motor running at 1600 RPM for consistent agitation of solutions like calcium or sodium hypochlorite. The included suction tube ensures stable operation by securely holding the suction line in place. Built for durability and performance, this agitator delivers precise, energy-efficient mixing in demanding environments.

FAQs

1. Why is a chemical agitator essential in preventing uneven chemical dosing in water treatment systems?

Chemical agitators ensure uniform mixing of solutions like chlorine or coagulants, preventing settling or layering that can lead to uneven dosing. Without proper agitation, heavier substances may concentrate at the bottom of the tank, risking over-treatment or under-treatment in different parts of the system, which can compromise water quality and process safety.

2. How does the shaft length of a chemical agitator impact mixing efficiency and safety?

The shaft length determines how deeply the agitator reaches into the chemical tank, which directly affects the homogeneity of the mix. A shaft that’s too short may leave unmixed chemicals at the bottom, while one that’s too long can interfere with the tank's structural integrity. Correct shaft sizing improves mixing efficiency and minimizes the risk of corrosion and inconsistent chemical reactions.

3. What role do chemical agitators play in reducing worker exposure to hazardous fumes?

By keeping chemical solutions properly mixed and preventing stagnation, agitators help reduce the need for manual intervention, such as stirring or sampling. This limits workers’ direct contact with volatile substances and minimizes the release of harmful fumes, promoting safer handling and adherence to occupational safety guidelines.

4. Can using a chemical agitator extend the shelf life of chemical solutions in industrial tanks?

Yes, chemical agitators prevent chemical degradation and stratification by maintaining a consistent mixture, which stabilizes pH and concentration levels over time. This helps maintain the solution’s efficacy, reduces waste, and allows for more predictable dosing in critical applications like water disinfection or industrial processing.

5. Why is corrosion resistance a critical feature in chemical agitator design?

Chemical agitators often operate in highly corrosive environments, so materials like stainless steel or PVDF are essential for longevity and safety. Corrosion can compromise structural integrity, contaminate the chemical mixture, and lead to unexpected equipment failure, posing serious operational and safety hazards.