VOCs exhaust treatment covers are specialized sealing components designed for industrial exhaust collection and treatment systems. They are primarily used to enclose open emission sources—such as points along production lines, reaction tanks, cleaning vats, material mixing stations, and the inlets/outlets of spray towers—to facilitate the containment and collection of pollutants. Through their fully sealed design, these covers effectively prevent the fugitive release and dispersion of VOCs, odors, smoke, and dust. By consolidating scattered exhaust streams, they channel the emissions toward downstream treatment equipment. As an essential foundational component of any comprehensive VOCs treatment system, these covers are widely utilized in both the retrofitting of existing facilities and the construction of new projects across various industries.

The equipment features a modular, fully enclosed design. It provides comprehensive sealing for open emission sources—such as waste-gas-generating workstations, tanks, and equipment interfaces—thereby preventing the fugitive release of organic waste gases, volatile odors, and particulate matter at the source. Integrated with a workshop-wide negative-pressure collection system, the setup captures dispersed emissions and channels them into a centralized exhaust duct network. From there, the gases are routed to downstream purification units—including scrubbing, adsorption, deodorization, and rectification systems—for centralized treatment. The cover panels utilize high-elasticity sealing strips and precision-engineered locking mechanisms, which eliminate air leakage at joints and maintain stable negative pressure. This significantly enhances the collection efficiency of the entire waste gas treatment system and ensures consistent compliance with emission standards.

Operating Conditions: Environments involving ambient or moderate temperatures and high humidity; subject to mild acid/alkali corrosion and typical industrial corrosive elements.
Exhaust Gas Types: Low-concentration VOCs, odors from painting/coating processes, volatile emissions from printing, fugitive gases from chemical tanks, and odorous gases from fermentation processes (unorganized/fugitive emissions).
Applicable Scenarios: Open reaction tanks, pickling or washing baths, material mixing stations, grinding or loading stations, connection ports for exhaust treatment equipment, and various points within a workshop where fugitive emissions occur.
Airflow Capacity: Compatible with small, medium, and large-scale VOC treatment systems; fully customizable to non-standard specifications.

FRP (Fiberglass Reinforced Plastic): Corrosion-resistant, anti-aging, and lightweight; suitable for environments involving acidic/alkaline corrosion or high-humidity exhaust gases. It offers a high price-performance ratio and is the standard, mainstream choice.
PP (Polypropylene): Resistant to acids and alkalis, non-scaling, and possesses excellent anti-corrosion properties; ideal for applications involving mild organic exhaust gases, water-scrubbing tanks, or exhaust from wastewater treatment processes.
SS304/SS316L Stainless Steel: High-temperature resistant, highly corrosion-resistant, and structurally robust; suitable for medium-to-high-temperature exhaust gases and highly corrosive chemical environments, offering a longer service life.
Anti-corrosion Coated Carbon Steel: Features a stable structure and high load-bearing capacity; suitable for environments without strong corrosive agents, such as those with general dust or mild exhaust gases, while keeping costs manageable.

This equipment is widely used across various sectors, including fine chemicals, industrial coating and painting, printing and packaging, plastic injection molding, pharmaceuticals and biotechnology, food processing, electroplating and pickling, as well as the new energy and advanced materials industries. It is primarily designed for the contained collection of fugitive VOC emissions in workshops, the enclosure of exhaust gases from tanks or basins, and localized gas capture at specific production workstations. The equipment integrates seamlessly with comprehensive exhaust gas treatment systems—such as scrubbing towers, activated carbon adsorption units, biological deodorization systems, and distillation units—enabling enterprises to ensure emissions meet regulatory standards, improve the workplace environment, and achieve environmental compliance.

High Sealing and High Collection Efficiency: Featuring an integrated, modular, interlocking design combined with specialized sealing strips, the system eliminates air leakage. It achieves an exhaust collection efficiency of over 98%, effectively resolving issues such as excessive fugitive emissions and unpleasant odors in the workshop.
Corrosion-Resistant, Weather-Resistant, and Highly Adaptable: Available in a variety of materials, the system is designed to withstand complex industrial environments—including high temperatures, high humidity, and exposure to acids or alkalis. It is resistant to aging, maintains its structural integrity, and offers long-lasting durability.
Customizable for All Operating Conditions: Supports non-standard configurations, including flat, arched, curved, or custom-shaped designs. It can be tailored to fit various tank dimensions and workstations, ensuring easy on-site installation and a precise fit.
Safe and Convenient Operation and Maintenance: Access hatches, observation windows, and operational ports can be integrated as needed, ensuring that routine equipment maintenance, manual tasks, and the continuous operation of production lines remain unaffected.
Strong System Compatibility: Compatible with all mainstream VOCs treatment equipment currently on the market; ideal for both new installations and the retrofitting, upgrading, or expansion of existing production lines.
Ensures Environmental Compliance: Effectively reduces the concentration of exhaust gases within the workshop, meeting both domestic and international environmental emission standards. This helps mitigate environmental compliance risks and improves the overall production environment within the facility.

Custom Sizing: Full-scale non-standard customization available to suit specific on-site operating conditions.
Containment/Collection Efficiency: ≥98%
Applicable Temperature Range: -20°C to 180°C (temperature range varies based on the material selected).
Main Materials: FRP (Fiberglass Reinforced Plastic), PP (Polypropylene), SS304 stainless steel, SS316L stainless steel, or carbon steel with anti-corrosion coating.
Structural Configurations: Flat-top, domed, arched, or modular (combined) designs.
Integrated Features: Provisions for access hatches, observation windows, ventilation connections, and operational openings.
Service Life: 5–15 years (depending on the material chosen and the operating environment).