About Panel Microvee Filter
Panel Microvee FilterIn order to keep pace with never ending demands of clients, our company offers Panel Microvee Filter.
- Specifications:
- Material Used: Aluminium anodized
- Flow: Standard Flow
- Size: 610x610x305
- Applications:
- Industries Like Chemical Process,
- Food Processing,
- Electronics
- Features:
- High Dwell Time
- Low Pressure Drop
- Long Life
- High Dust Holding Capacity
Durable Construction and Flexible SizingConstructed with galvanized iron or aluminium frames that are 0.8 mm to 1.2 mm thick, the Panel Microvee Filter offers rigidity and durability while maintaining a lightweight design. It is available in both standard and custom sizes, allowing seamless integration into a range of HVAC applications, clean rooms, or air handling units. Its panel construction makes installation and maintenance straightforward for diverse environments.
Advanced Filtration for Sensitive EnvironmentsUtilizing synthetic Microvee media, this filter achieves medium-grade, high-efficiency filtration (90%-95%). It effectively captures fine dust and particulates, protecting both equipment and air quality in sensitive locations. With a variable flow rate (5002000 CFM, depending on size) and capacity for high dust holding, it helps maintain cleaner environments and extends the lifecycle of downstream components.
Easy Maintenance and Versatile ApplicationsThe filter supports dry air cleaning or simple replacement, minimizing downtime and operational disruptions. Suitable for use in HVAC systems, clean rooms, and as an AHU pre-filter, its customizable dimensions and reliable performance make it a popular choice for industrial, commercial, and institutional use across India and beyond.
FAQs of Panel Microvee Filter:
Q: How is the Panel Microvee Filter installed in HVAC systems?
A: The Panel Microvee Filter can be mounted using either a front or side flanged connection, and is compatible with flange or gasket types, depending on your system requirements. Installation typically involves fixing the filter securely into the designated panel space or housing within the HVAC unit.
Q: What are the advantages of using synthetic Microvee media for filtration?
A: Synthetic Microvee media provides high dust holding capacity, low airflow resistance, and increased efficiency (90%-95%). It also resists moisture and maintains performance across diverse environmental conditions, ensuring superior air quality for sensitive spaces such as clean rooms and AHUs.
Q: When should the filter be cleaned or replaced?
A: Routine inspection is recommended to assess dust buildup. The filter can be cleaned with dry air if only lightly soiled. If clogged or damaged, replacement is advised. Maintenance intervals depend on operating conditions but should be more frequent in areas with high particulate levels.
Q: Where can custom-sized Panel Microvee Filters be supplied?
A: As leading exporters, manufacturers, suppliers, and traders in India, custom-sized Panel Microvee Filters can be provided for local and international projects. Dimensions can be tailored based on your required height, width, and diameter to fit non-standard or specialized systems.
Q: What makes this filter suitable for use in clean rooms and AHUs?
A: Its high filtration efficiency, ability to capture fine particulates, and rigid lightweight construction make it ideal for environments demanding cleaner air, such as clean rooms and air handling units. The low resistance design also maintains efficient airflow, essential for critical applications.
Q: What process is used to maintain or clean the Panel Microvee Filter?
A: Maintenance can involve removing collected dust using dry compressed air or, if filtration efficiency is compromised, replacing the filter altogether. This process helps ensure consistent airflow and high filtration performance, extending the longevity of the HVAC system.
Q: What are the main benefits of choosing a Panel Microvee Filter for industrial applications?
A: Key benefits include high dust holding capacity, medium-grade (90%-95%) filtration, low initial resistance for efficient airflow, robust construction, easy installation, and suitability for demanding environments. Its customizable size and lightweight frame contribute to operational flexibility and cost-effectiveness.