Eco Clean 300

Cleaning Heat Marks on Mild Steel with Ease
Introduction:

Our customer, a leading fabrication company, faced a challenge - removing stubborn heat marks from mild steel components after welding. Their existing process involved labor-intensive manual work, consuming valuable time and requiring a significant workforce. Seeking a more efficient solution, they turned to Om Engineers, who introduced them to Ecoclean-300, a mild alkaline cleaner specially designed for erasing heat marks on mild steel.

Customer Challenges:

1. The fabrication company encountered difficulties in effectively removing heat marks from mild steel components after welding.

2. The labor-intensive manual work required to remove these marks proved time-consuming and resource-intensive.

3. The customer sought a more efficient and non-hazardous solution that would minimize labor and deliver consistently clean results.

Our Solution:

1. Understanding the customer's specific requirements, Om Engineers developed Ecoclean-300, a mild alkaline cleaner ideally suited for removing heat marks on mild steel.

2. This innovative solution offered a non-hazardous and non-reactive alternative, ensuring the safety of the workforce and the integrity of the mild steel components.

Before Cleaning
After Cleaning
Customer Benefits:

1. Effortless Heat Mark Removal: Ecoclean-300's mild alkaline formulation proved highly effective in erasing heat marks on mild steel components. The need for labor-intensive manual work was eliminated, saving valuable time and reducing the number of workers required for the cleaning process.

2. Time and Cost Savings: With the adoption of Ecoclean-300, the fabrication company experienced a significant reduction in the time required to clean mild steel components. This led to substantial cost savings, both in labor expenses and production time.

3. Safety and Material Integrity: Ecoclean-300's non-hazardous and non-reactive properties provided a safe environment for workers while ensuring the preservation of the mild steel components' structural integrity.