PAINT DETACKIFIER FOR PAINT BOOTH

ATP PAINT DETACKIFIER 

During the coating process in paint lines, a portion of the paint does not adhere to the product and becomes overspray, dispersing into the air. This negatively affects the operational efficiency of the production line and leads to various workplace environmental issues.

In response to this situation, we have developed Paint Detackification technology to effectively remove overspray and reduce treatment costs for factories.

The core of Paint Detackification technology is the Paint Detackifier chemical system, which includes the following main products:

• Detackifier D2430: Breaks down the surface stability of paint and removes its tackiness.
• LCD SH50: Provides the optimal environment for D2430 to function.
• Flocculant D2402: Aggregates suspended solids and enables flotation for removal from water.
• HB GEN: Controls bacteria and eliminates odors in the system.

ATP paint detackification technology helps reduce maintenance costs of the production line while ensuring a safe and clean working environment for employees. The paint detackifier chemical system is optimally designed to effectively treat all types of paint systems, including polyester, polyurethane, acrylic, epoxy, alkyd, and more.

KEY ADVANTAGES OF ATP PAINT SLUDGE FLOTATION TECHNOLOGY

• Simple operation
• Ensures stable recirculating water quality
• Produces loose, porous paint sludge that is easy to remove from water
• Minimizes system corrosion issues
• Reduces operating costs, water replacement costs, and maintenance frequency
• Controls odor and bacteria, improving the working environment

OPERATING PARAMETERS AND CONDITIONS

During operation, to ensure optimal flotation and treatment performance, the recirculating water tank in the spray booth should be controlled within the recommended parameters to achieve the best treatment efficiency.

TECHNICAL SUPPORT & SOLUTIONS

ATP Pacific not only supplies chemicals but also partners with customers throughout the entire operation of their treatment systems.

• On-site survey and system assessment
• Analysis of wastewater characteristics, paint types, and operating conditions to propose suitable solutions
• Testing and chemical optimization (Jar tests / on-site trials)
• Selection of the right chemicals and optimal dosage to ensure efficiency and cost savings
• Operation guidance & parameter control
• Support in setting control limits such as pH, conductivity, and chemical dosing rates
• Periodic monitoring and continuous improvement
• Adjustment of solutions based on production changes to maintain stable system performance
• Fast troubleshooting support
• Assistance in resolving issues such as poor flotation, turbid water, and equipment fouling