Kinetics Group manufactures sand trap louvers for protecting HVAC fresh-air intakes from airborne sand and large dust particles in desert and high-dust environments. Designed for efficient operation at low air velocities and moderate pressure drops, Kinetics sand trap louvers help reduce the dust load reaching downstream HVAC filters and equipment.
Standard and flush-mounted configurations are available in extruded aluminium, galvanized steel and stainless steel. Optional aluminium filters, volume control dampers and project-specific RAL powder-coated finishes can be provided for commercial, industrial, infrastructure and utility projects across the UAE, GCC and wider MENA region.
Kinetics Noise Control Inc. Products
Kinetics supplies high-performance sand trap louvers UAE projects use to protect outdoor air intakes from sand, dust, and large airborne particles. These louvers provide the first line of protection for HVAC systems, air-handling units, mechanical rooms, and ventilation equipment.
The specially designed vertical blades change the direction of incoming air. As a result, heavier sand particles lose momentum and separate from the airflow. Gravity then directs the particles toward the lower collection section. Finally, the self-emptying base allows the collected sand to leave the louver.
This separation process reduces the amount of coarse dust that reaches HVAC filters, coils, fans, and dampers. Therefore, the louver can reduce filter loading and support more reliable system operation. It can also help maintenance teams keep fresh-air intake areas cleaner.
Kinetics offers both standard and flush-mounted configurations. The standard model suits typical wall and equipment intake openings. Meanwhile, the flush-mounted model supports projects that require a cleaner architectural finish.
Customers can select extruded aluminium, galvanized steel, or stainless-steel construction. In addition, Kinetics can provide optional aluminium filters and volume control dampers. Powder-coated finishes in selected RAL colours are also available. These options allow consultants and contractors to match project, environmental, and architectural requirements.
Kinetics designs its sand trap louvers for low face velocities and moderate pressure drops. Consequently, they suit many commercial, industrial, infrastructure, and utility applications. Typical locations include AHU and FAHU intakes, generator rooms, warehouses, data centres, factories, plantrooms, and electrical rooms.
The product performs especially well in desert, coastal, industrial, and high-dust environments. For this reason, sand trap louvers UAE projects specify can provide valuable protection against challenging outdoor conditions. They also support HVAC installations across the GCC, Middle East, North Africa, and wider MENA region.
Sand trap louvers remove large sand and dust particles. However, they do not replace the HVAC system’s required filtration stages. Designers should use them as a pre-separation device before the specified air filters. For further ventilation guidance, consult the ASHRAE standards and guidelines.
Explore Kinetics HVAC acoustic solutions, acoustic louvers, and industrial noise control solutions for related project requirements. You can also contact Kinetics Group for product selection, technical data, or quotation support.
Kinetics Sand Trap Louvers are suitable for fresh-air intake and ventilation openings in:
Kinetics Sand Trap Louvers should be installed vertically at the outdoor-air intake opening, with the sand-discharge section positioned at the bottom. The louver must be installed in the correct airflow direction and in accordance with the approved shop drawings, project specifications, and manufacturer’s installation details.
The supporting wall, frame, duct connection, or structural opening must be level, rigid, and capable of supporting the complete louver assembly. The perimeter should be securely fixed using suitable corrosion-resistant fasteners appropriate for the substrate and environmental conditions.
Adequate clearance must be maintained below the self-emptying discharge section so that collected sand can exit freely. The discharge openings must not be blocked by sealant, flooring, kerbs, insulation, cladding, or other construction elements.
For large openings, multi-section louvers should be assembled and supported in accordance with the approved sectional arrangement. Intermediate structural supports may be required depending on the overall size, wind load, material, and installation location.
All perimeter joints should be properly sealed to prevent uncontrolled air leakage and water penetration. Where filters or volume control dampers are included, sufficient access must be provided for inspection, cleaning, adjustment, and replacement.
After installation:
The louver should be inspected periodically, particularly in areas with heavy sandstorms or high airborne dust levels. Accumulated debris should be removed from the blades, discharge section, filters, and surrounding intake area to maintain airflow and performance.
Final selection and installation should be based on the required airflow, opening dimensions, face velocity, allowable pressure drop, material, finish, environmental exposure, and project-specific engineering requirements.
