IP54 WF2 Intrinsically Safe Air Blower BFC Designed for Air Flow in Hazardous Industrial and Chemical Process Environments

Product Description:

The Explosion Proof Fan Ventilation Portable, model BFC, is a highly reliable and robust ventilation solution specifically designed for hazardous environments such as Hazardous Zone 1 Division 1. Engineered to meet stringent safety standards, this Dust Ignition Proof Exhaust Blower ensures optimal performance while maintaining safety in areas where flammable gases and dust particles pose significant risks.

Constructed from premium Marine Grade Aluminum, the BFC Explosion Proof Fan Ventilation Portable offers exceptional durability and resistance to corrosion, making it suitable for use in challenging industrial settings. The use of marine-grade materials guarantees long-lasting performance even in harsh environmental conditions, including exposure to moisture, chemicals, and extreme temperatures.

Operating at a speed of 1450 revolutions per minute (RPM), this Flammable Gas Ventilation Fan delivers powerful airflow necessary to effectively remove hazardous fumes and maintain air quality. Its efficient motor and aerodynamic fan blades are engineered to maximize air movement while minimizing noise and energy consumption, providing a cost-effective solution for continuous ventilation needs.

Safety is paramount in environments classified as Hazardous Zone 1 Division 1, where the risk of explosion due to flammable gases is high. The Explosion Proof Fan Ventilation Portable BFC is designed to prevent ignition sources, featuring sealed electrical components and a robust enclosure that complies with explosion-proof standards. This ensures that the fan can safely operate in the presence of flammable gases without the risk of sparking or igniting combustible materials.

This Dust Ignition Proof Exhaust Blower is versatile and portable, making it ideal for a variety of industrial applications including oil and gas facilities, chemical plants, mining operations, and other environments where flammable gases and dust are prevalent. Its portability allows for easy relocation and deployment in different areas, facilitating effective ventilation and enhancing workplace safety wherever it is needed.

The Flammable Gas Ventilation Fan BFC model is also designed for ease of maintenance, with accessible components that simplify inspection and servicing. This reduces downtime and maintenance costs, ensuring continuous and reliable operation critical to maintaining safe working conditions in hazardous zones.

In summary, the Explosion Proof Fan Ventilation Portable BFC combines advanced engineering, high-quality materials, and rigorous safety features to provide an effective and dependable solution for ventilation in hazardous environments. Its Dust Ignition Proof Exhaust Blower capabilities and suitability for flammable gas ventilation make it an indispensable tool for industries that demand stringent safety and performance standards.

Choosing the Explosion Proof Fan Ventilation Portable means investing in a product that prioritizes safety, durability, and efficiency. Whether you need a Flammable Gas Ventilation Fan for routine operations or emergency ventilation requirements, the BFC model stands out as a top choice for protecting personnel and equipment in hazardous Zone 1 Division 1 locations.

Features:

• Product Name: Explosion Proof Exhaust Fan
• Usage: Suitable for T1~T4 environments
• Certified: ATEX and CNEX certified for safety and reliability
• Airflow Capacity: 2000-10800 m³/h CFM for efficient ventilation
• Speed: Operates at 1450 RPM for optimal performance
• Degree of Protection: IP54/WF2 rated for dust and water resistance
• ATEX Certified Air Circulator ensuring safe operation in hazardous areas
• Intrinsically Safe Air Blower designed to prevent ignition risks
• Fire Resistant Exhaust Blower built to withstand high-temperature environments

Technical Parameters:

Applications:

The Crown Extra Explosion Proof Exhaust Fan, model BFC, is specifically engineered for demanding industrial environments where safety and reliability are paramount. Manufactured in China and certified with ATEX, this fan is designed to operate efficiently in hazardous Zone 1 Division 1 areas, making it an ideal choice for environments with a high risk of dust and gas explosions. Its robust construction from marine grade aluminum ensures durability and resistance to harsh conditions, while its dust ignition proof exhaust blower design prevents the ignition of combustible dust particles, enhancing safety in critical applications.

This fire resistant exhaust blower is widely used in industries such as chemical plants, oil refineries, mining operations, and grain processing facilities where explosive atmospheres are common. The fan’s diameter ranges from 200mm to 750mm, and it runs at a speed of 1450 RPM, providing powerful ventilation and efficient removal of hazardous fumes and dust. The spark proof ventilating fan feature is essential in environments where sparks could trigger catastrophic fires or explosions, ensuring continuous, safe airflow without compromising operational safety.

Thanks to its ATEX certification, the Crown Extra BFC model meets stringent international safety standards, assuring users of its reliability and compliance in explosive atmospheres. The product is available with a minimum order quantity of 1 set, making it accessible for both small-scale and large-scale operations. Priced between $50 and $200, this exhaust fan offers excellent value for money given its advanced safety features and high-quality materials.

Packaging is handled carefully with one set per carton, ensuring safe delivery within 5-10 days. Payment terms are flexible, requiring 50% upfront and 50% upon delivery. With a supply ability of 5000 sets per month, Crown Extra can meet large orders promptly, supporting continuous industrial operations without delay. Whether for new installations or equipment upgrades, the Crown Extra Explosion Proof Exhaust Fan BFC is an indispensable solution for maintaining safe, compliant, and efficient ventilation in hazardous environments.