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Product Details:

Purus Filtrotech manufactures industrial ducting systems as part of their comprehensive range of environmental pollution control solutions.

Based on product listings, their ducting systems are typically associated with:

• Centralized Air/Fume/Dust Extraction Systems: The ducting forms the network connecting the contaminant sources to the main collector or filtration unit.

• Materials: They offer ducting systems made from materials like Galvanized Iron (GI), and their extraction equipment components are often made of Mild Steel (MS), Stainless Steel (SS), Aluminum, and Fiberglass.

• Specific Product Example: They list a Galvanized Iron Centralized Ducting System with a capacity of around 600 CFM (1000 CMH).

• Components: They also provide related components like Suction Extraction Arms, which are often made from materials like PVC or PU.

In summary, Purus Filtrotech supplies the necessary ductwork and related equipment for industrial air pollution control and extraction in various applications (like welding, grinding, and general dust/fume control).

Product Details:

Customized Mild Steel (MS) exhaust duct systems are a widely fabricated solution for industrial ventilation, designed to safely capture and transport fumes, smoke, dust, and hot air away from the workplace. These systems are custom-engineered to meet the specific requirements of the facility and the nature of the pollutants being handled.

 

Key Aspects of Custom MS Exhaust Duct Systems

 

 

1. Custom Fabrication & Design

 

The entire system is tailor-made based on a detailed analysis of the industrial process:

• Airflow & Velocity: The design determines the necessary diameter, shape (round or rectangular), and thickness (gauge) of the MS ducting to maintain the precise air velocity required to effectively move the pollutants without allowing them to settle.

• Layout: Ducts are routed to accommodate the building's structure and machinery, often requiring custom transitions, elbows, tees, and bends to minimize system pressure loss and maximize efficiency.

• Pressure: The system is designed to operate under either positive or negative pressure (suction) to ensure containment and safe discharge.

 

2. Mild Steel (MS) as a Material

 

Mild Steel is a common choice for industrial ducting due to its balance of cost and durability, particularly in environments where:

• High Temperatures are involved, such as furnace or oven exhaust. MS offers good heat resistance.

• Flammable Fumes are present, as MS is inherently fire-resistant (often enhanced with fire-rated coatings).

• High Strength is required to withstand mechanical stress or system weight.

 

3. Fabrication & Construction

 

Custom MS ductwork is built using specialized sheet metal fabrication techniques:

• Cutting: CNC plasma or laser cutting ensures precision for all straight lengths and fittings.

• Forming: Sheet metal is bent and rolled to create the required shapes (round ducts are generally more efficient for airflow, while rectangular ducts save ceiling space).

• Joining: Sections are typically joined using welding (for a robust, all-welded, and leak-proof seal, common in heavy-duty or high-pressure systems) or flange connections for easier assembly, disassembly, and maintenance.

• Finishing: MS requires a surface treatment, such as a powder coat, galvanized finish, or paint (e.g., red oxide primer), to prevent rust and corrosion, which is its main drawback compared to Stainless Steel (SS) or FRP (Fiber-Reinforced Plastic).

 

4. System Components

 

A complete custom MS exhaust system includes:

• Hoods/Collection Points: Custom-designed inlets (e.g., fume hoods, collection arms) to capture the pollutant at its source.

• Duct Runs: The straight and fitted MS sections.

• Air Cleaner/Collector: Equipment like dust collectors, scrubbers, or filtration units positioned before the fan to remove particulate matter or neutralize chemicals.

• Exhaust Fan/Blower: A powerful centrifugal or axial fan (often Mild Steel) to create the necessary airflow and discharge the treated air.

• Stack: The final vertical discharge pipe or chimney.

Due to the complexity of industrial air handling, a professional LEV (Local Exhaust Ventilation) specialist is typically required for the design, fabrication, and installation to ensure compliance with safety and environmental regulations.

Product Details:

A fume and smoke exhaust hose reel is a specialized piece of equipment designed for the efficient and safe extraction of hazardous fumes and gases, most commonly vehicle exhaust in repair and maintenance facilities.

Here are the key aspects of these systems:

• Function: They are a component of a Local Exhaust Ventilation (LEV) system. They capture pollutants (like vehicle exhaust or welding fumes) directly at the source, preventing them from contaminating the general work environment, and vent them outside.

• Design: They consist of a drum or reel that neatly stores a flexible, high-temperature hose when not in use. This keeps the hose off the floor, eliminating trip hazards and maintaining an organized workspace.

• Operation:

  • Spring-Operated (Manual): The technician pulls the hose down to the desired length, where a ratchet lock holds it in place. After use, a slight tug releases the lock, and a spring automatically retracts the hose onto the reel.

  • Motorized: A motor, often controlled by a wall switch or remote, raises and lowers the hose. This is ideal for high ceilings or when using larger, heavier hoses, reducing physical effort.

• Components:

  • Reel Assembly: The main drum mechanism.

  • High-Temperature Hose: Flexible ducting rated to handle the heat of engine exhaust, often in diameters ranging from 3 inches (76 mm) up to 8 inches (204 mm) or more for heavy-duty applications.

  • Nozzle/Adapter: A connector (rubber or metal) that attaches to the vehicle's tailpipe or stack to ensure a seal for effective extraction.

  • Fan/Ductwork: The reel connects to a central or direct-mount exhaust fan system to draw the fumes out.

• Applications: Primarily used in:

  • Automotive repair garages and workshops.

  • Truck, bus, and heavy vehicle maintenance facilities.

  • Emergency vehicle stations (e.g., fire and ambulance).

They are an essential safety solution to comply with occupational health and safety regulations regarding airborne contaminants.

Additional Information:

• Item Code: HR100
• Production Capacity: Dia.100mm to 200mm
• Delivery Time: 20 DAYS
• Packaging Details: STANDARD

Product Details:

Based on the available product listings, Purus Filtrotech does offer a "Hose Reel Smoke Extractor With Suction" which is part of their smoke and fume extraction product line, primarily for applications like vehicle smoke extraction.

 

However, the specific product details are not always explicit about it being an "Electric Motor Driven" reel, which is a key part of your question.

Here's what the search results indicate:

•  Hose Reel Product: Purus Filtrotech manufactures a "Hose Reel Smoke Extractor With Suction" (also listed as "Purus Filterotech PU Hose Reel Smoke Extractor With Suction").

   

• Application: This is designed for vehicle smoke extraction systems (e.g., in automotive workshops) where the hose and reel are mounted for easy use and storage.

• Specifications for one model:

  • Usage/Application: Industrial/Vehicle Smoke Extraction

  •  Material: PU (Polyurethane)

     

  • Diameter: 50mm

  •  Reel Length: 10 m

     

• Automation/Drive: The general product is listed under "Smoke Extraction System" and other systems with various levels of automation (Automatic, Semi-Automatic). The term "Hose Reel Smoke Extractor With Suction" suggests an integrated system with a blower/motor. While a few other systems have the "Automatic" grade specified, the reel itself is usually either spring-loaded or motorized. The provided snippets do not definitively confirm "Electric Motor Driven" for this exact reel, but it is a common configuration for industrial hose reels of this type, especially when paired with a "Suction" blower motor as noted in the product description.

Product Details:

A fume and smoke exhaust hose reel is a specialized piece of equipment designed for the efficient and safe extraction of hazardous fumes and gases, most commonly vehicle exhaust in repair and maintenance facilities.

Here are the key aspects of these systems:

• Function: They are a component of a Local Exhaust Ventilation (LEV) system. They capture pollutants (like vehicle exhaust or welding fumes) directly at the source, preventing them from contaminating the general work environment, and vent them outside.

• Design: They consist of a drum or reel that neatly stores a flexible, high-temperature hose when not in use. This keeps the hose off the floor, eliminating trip hazards and maintaining an organized workspace.

• Operation:

  • Spring-Operated (Manual): The technician pulls the hose down to the desired length, where a ratchet lock holds it in place. After use, a slight tug releases the lock, and a spring automatically retracts the hose onto the reel.

  • Motorized: A motor, often controlled by a wall switch or remote, raises and lowers the hose. This is ideal for high ceilings or when using larger, heavier hoses, reducing physical effort.

• Components:

  • Reel Assembly: The main drum mechanism.

  • High-Temperature Hose: Flexible ducting rated to handle the heat of engine exhaust, often in diameters ranging from 3 inches (76 mm) up to 8 inches (204 mm) or more for heavy-duty applications.

  • Nozzle/Adapter: A connector (rubber or metal) that attaches to the vehicle's tailpipe or stack to ensure a seal for effective extraction.

  • Fan/Ductwork: The reel connects to a central or direct-mount exhaust fan system to draw the fumes out.

• Applications: Primarily used in:

  • Automotive repair garages and workshops.

  • Truck, bus, and heavy vehicle maintenance facilities.

  • Emergency vehicle stations (e.g., fire and ambulance).

They are an essential safety solution to comply with occupational health and safety regulations regarding airborne contaminants.

Product Details:

Purus Filtrotech specializes in manufacturing a range of Fume Extraction Systems, Smoke Extraction Systems, and Air Filtration Systems for industrial applications.

 

While they may not explicitly use the term "industrial exhaust chimney heavy duty" for a single, tall chimney structure, their heavy-duty industrial exhaust systems are likely comprised of components for robust air pollution control, which can include:

• Fume Extraction Systems: Designed to capture and filter dry fumes, welding fumes, soldering fumes, brazing fumes, oil mists, and smoke. They offer systems with high airflow capacity (up to 12000 CFM or more, based on product listings) and varying power requirements, suitable for heavy industrial processes.

   

• Centralized Exhaust Systems: These are larger, typically stationary units used for multiple extraction points and higher capacity air movement.

• Materials and Construction: Their systems often use durable materials like Mild Steel (MS) and Stainless Steel for the cabinets and components, with a powder-coated finish for protection.

• Air Pollution Control Equipment: They also manufacture related heavy-duty products like Air Pollution Control Scrubbers, Electrostatic Precipitators, and various types of Dust Collector Machines, which are crucial parts of a comprehensive industrial exhaust and emissions control system.

   

For specific details on a heavy-duty industrial exhaust chimney (referring to a tall stack for final discharge) or the largest capacity systems they offer, it would be best to contact Purus Filtrotech directly with your specific requirements. They can provide specifications, materials, and design details for their high-capacity industrial exhaust solutions.

Product Details:

Customized Mild Steel (MS) exhaust duct systems are a widely fabricated solution for industrial ventilation, designed to safely capture and transport fumes, smoke, dust, and hot air away from the workplace. These systems are custom-engineered to meet the specific requirements of the facility and the nature of the pollutants being handled.

Key Aspects of Custom MS Exhaust Duct Systems

1. Custom Fabrication & Design

The entire system is tailor-made based on a detailed analysis of the industrial process:

• Airflow & Velocity: The design determines the necessary diameter, shape (round or rectangular), and thickness (gauge) of the MS ducting to maintain the precise air velocity required to effectively move the pollutants without allowing them to settle.

• Layout: Ducts are routed to accommodate the building's structure and machinery, often requiring custom transitions, elbows, tees, and bends to minimize system pressure loss and maximize efficiency.

• Pressure: The system is designed to operate under either positive or negative pressure (suction) to ensure containment and safe discharge.

 

2. Mild Steel (MS) as a Material

 

Mild Steel is a common choice for industrial ducting due to its balance of cost and durability, particularly in environments where:

• High Temperatures are involved, such as furnace or oven exhaust. MS offers good heat resistance.

• Flammable Fumes are present, as MS is inherently fire-resistant (often enhanced with fire-rated coatings).

• High Strength is required to withstand mechanical stress or system weight.

 

3. Fabrication & Construction

 

Custom MS ductwork is built using specialized sheet metal fabrication techniques:

• Cutting: CNC plasma or laser cutting ensures precision for all straight lengths and fittings.

• Forming: Sheet metal is bent and rolled to create the required shapes (round ducts are generally more efficient for airflow, while rectangular ducts save ceiling space).

• Joining: Sections are typically joined using welding (for a robust, all-welded, and leak-proof seal, common in heavy-duty or high-pressure systems) or flange connections for easier assembly, disassembly, and maintenance.

• Finishing: MS requires a surface treatment, such as a powder coat, galvanized finish, or paint (e.g., red oxide primer), to prevent rust and corrosion, which is its main drawback compared to Stainless Steel (SS) or FRP (Fiber-Reinforced Plastic).

 

4. System Components

 

A complete custom MS exhaust system includes:

• Hoods/Collection Points: Custom-designed inlets (e.g., fume hoods, collection arms) to capture the pollutant at its source.

• Duct Runs: The straight and fitted MS sections.

• Air Cleaner/Collector: Equipment like dust collectors, scrubbers, or filtration units positioned before the fan to remove particulate matter or neutralize chemicals.

• Exhaust Fan/Blower: A powerful centrifugal or axial fan (often Mild Steel) to create the necessary airflow and discharge the treated air.

• Stack: The final vertical discharge pipe or chimney.

Due to the complexity of industrial air handling, a professional LEV (Local Exhaust Ventilation) specialist is typically required for the design, fabrication, and installation to ensure compliance with safety and environmental regulations.