SV Engineering

Axial Industrial Blower

Axial industrial blowers create positive and negative pressure around their blades, which creates airflow. The fan blades are positioned vertically and tilted to allow for atmospheric pressure changes. In an axial blower, the air is forced to move in an axial parallel direction to the shaft where the blades rotate. This design is what creates the air pressure difference causing the continuous airflow. The performance of an axial fan is determined by its number of blades and their shape.

We will privide you Industrial Exhaust Fan which are designed to produce a large flow of air or gas. Used in a wide range of industries and for various applications, these fans have blades connected to a hub and shaft and driven by a motor that rotates.

The two primary types of industrial fans are axial and centrifugal. Some of the most common industrial applications include:

• Manufacturing: Fans and blowers are used in manufacturing facilities to reduce noise and control airborne dust and fumes.
• Oil and gas: Oil and gas facilities include fans in their ventilation systems to control high temperatures and minimize excess noise.
• Axial Fans: Axial flow is used for industrial ventilation, air conditioning and fumes exhaust.
• Impeller:The impeller of axial flow fan is made of cast in aluminum alloy and dynamically balanced.
• Driving Arrangement: There are two types of drivers. The direct drive arrangement or V-belt drive arrangement. The direct drive arrangement, impeller and motor are both housed inside the casing and impeller is directly mounted on motor shaft.
• V-Belt arrangement: The impeller is mounted on separate shaft supported on two ball bearing and Plummer blocks inside casing. The motor is mounted on outside of the casing and shaft is driven with V-belts.
• Hot Air Gas Application: Fan is suitable for air and gas up to temperature 65°C. Between 65-150°C .The made of V-belt drive arrangement and are equipped with special high temperature lubricated ball bearings.
• Fan size also available in 455 mm, 610 mm, 700 mm, 800 mm, 915 mm, 1000 mm, 1200 mm.

Axial industrial blowers create positive and negative pressure around their blades, which creates airflow. The fan blades are positioned vertically and tilted to allow for atmospheric pressure changes. In an axial blower, the air is forced to move in an axial parallel direction to the shaft where the blades rotate. This design is what creates the air pressure difference causing the continuous airflow. The performance of an axial fan is determined by its number of blades and their shape.

We will privide you Industrial Exhaust Fan which are designed to produce a large flow of air or gas. Used in a wide range of industries and for various applications, these fans have blades connected to a hub and shaft and driven by a motor that rotates.

The two primary types of industrial fans are axial and centrifugal. Some of the most common industrial applications include:

• Manufacturing: Fans and blowers are used in manufacturing facilities to reduce noise and control airborne dust and fumes.
• Oil and gas: Oil and gas facilities include fans in their ventilation systems to control high temperatures and minimize excess noise.
• Axial Fans: Axial flow is used for industrial ventilation, air conditioning and fumes exhaust.
• Impeller:The impeller of axial flow fan is made of cast in aluminum alloy and dynamically balanced.
• Driving Arrangement: There are two types of drivers. The direct drive arrangement or V-belt drive arrangement. The direct drive arrangement, impeller and motor are both housed inside the casing and impeller is directly mounted on motor shaft.
• V-Belt arrangement: The impeller is mounted on separate shaft supported on two ball bearing and Plummer blocks inside casing. The motor is mounted on outside of the casing and shaft is driven with V-belts.
• Hot Air Gas Application: Fan is suitable for air and gas up to temperature 65°C. Between 65-150°C .The made of V-belt drive arrangement and are equipped with special high temperature lubricated ball bearings.
• Fan size also available in 455 mm, 610 mm, 700 mm, 800 mm, 915 mm, 1000 mm, 1200 mm.

Axial industrial blowers create positive and negative pressure around their blades, which creates airflow. The fan blades are positioned vertically and tilted to allow for atmospheric pressure changes. In an axial blower, the air is forced to move in an axial parallel direction to the shaft where the blades rotate. This design is what creates the air pressure difference causing the continuous airflow. The performance of an axial fan is determined by its number of blades and their shape.

We will privide you Industrial Exhaust Fan which are designed to produce a large flow of air or gas. Used in a wide range of industries and for various applications, these fans have blades connected to a hub and shaft and driven by a motor that rotates.

The two primary types of industrial fans are axial and centrifugal. Some of the most common industrial applications include:

• Manufacturing: Fans and blowers are used in manufacturing facilities to reduce noise and control airborne dust and fumes.
• Oil and gas: Oil and gas facilities include fans in their ventilation systems to control high temperatures and minimize excess noise.
• Axial Fans: Axial flow is used for industrial ventilation, air conditioning and fumes exhaust.
• Impeller:The impeller of axial flow fan is made of cast in aluminum alloy and dynamically balanced.
• Driving Arrangement: There are two types of drivers. The direct drive arrangement or V-belt drive arrangement. The direct drive arrangement, impeller and motor are both housed inside the casing and impeller is directly mounted on motor shaft.
• V-Belt arrangement: The impeller is mounted on separate shaft supported on two ball bearing and Plummer blocks inside casing. The motor is mounted on outside of the casing and shaft is driven with V-belts.
• Hot Air Gas Application: Fan is suitable for air and gas up to temperature 65°C. Between 65-150°C .The made of V-belt drive arrangement and are equipped with special high temperature lubricated ball bearings.
• Fan size also available in 455 mm, 610 mm, 700 mm, 800 mm, 915 mm, 1000 mm, 1200 mm.

Featured with :

• Stainless steel Fan Blades.
• Big air volume without distortion.
• Automatic belt tensioned.
• Strap wheel.

Used for :

• Adopting more stiffening rib.
• Eliminating internal stress.
• Increasing the emphasis efficiently.

Attributes :

• Work without distortion.
• Attractive and durable.
• High intensity.
• Low noise.
• Long service life.

Featured with :

• Stainless steel Fan Blades.
• Big air volume without distortion.
• Automatic belt tensioned.
• Strap wheel.

Used for :

• Adopting more stiffening rib.
• Eliminating internal stress.
• Increasing the emphasis efficiently.

Attributes :

• Work without distortion.
• Attractive and durable.
• High intensity.
• Low noise.
• Long service life.

Axial Industrial Blower

Axial industrial blowers create positive and negative pressure around their blades, which creates airflow. The fan blades are positioned vertically and tilted to allow for atmospheric pressure changes. In an axial blower, the air is forced to move in an axial parallel direction to the shaft where the blades rotate. This design is what creates the air pressure difference causing the continuous airflow. The performance of an axial fan is determined by its number of blades and their shape.

We will privide you Industrial Exhaust Fan which are designed to produce a large flow of air or gas. Used in a wide range of industries and for various applications, these fans have blades connected to a hub and shaft and driven by a motor that rotates.

The two primary types of industrial fans are axial and centrifugal. Some of the most common industrial applications include:

• Manufacturing: Fans and blowers are used in manufacturing facilities to reduce noise and control airborne dust and fumes.
• Oil and gas: Oil and gas facilities include fans in their ventilation systems to control high temperatures and minimize excess noise.
• Axial Fans: Axial flow is used for industrial ventilation, air conditioning and fumes exhaust.
• Impeller:The impeller of axial flow fan is made of cast in aluminum alloy and dynamically balanced.
• Driving Arrangement: There are two types of drivers. The direct drive arrangement or V-belt drive arrangement. The direct drive arrangement, impeller and motor are both housed inside the casing and impeller is directly mounted on motor shaft.
• V-Belt arrangement: The impeller is mounted on separate shaft supported on two ball bearing and Plummer blocks inside casing. The motor is mounted on outside of the casing and shaft is driven with V-belts.
• Hot Air Gas Application: Fan is suitable for air and gas up to temperature 65°C. Between 65-150°C .The made of V-belt drive arrangement and are equipped with special high temperature lubricated ball bearings.
• Fan size also available in 455 mm, 610 mm, 700 mm, 800 mm, 915 mm, 1000 mm, 1200 mm.

Axial industrial blowers create positive and negative pressure around their blades, which creates airflow. The fan blades are positioned vertically and tilted to allow for atmospheric pressure changes. In an axial blower, the air is forced to move in an axial parallel direction to the shaft where the blades rotate. This design is what creates the air pressure difference causing the continuous airflow. The performance of an axial fan is determined by its number of blades and their shape.

We will privide you Industrial Exhaust Fan which are designed to produce a large flow of air or gas. Used in a wide range of industries and for various applications, these fans have blades connected to a hub and shaft and driven by a motor that rotates.

The two primary types of industrial fans are axial and centrifugal. Some of the most common industrial applications include:

• Manufacturing: Fans and blowers are used in manufacturing facilities to reduce noise and control airborne dust and fumes.
• Oil and gas: Oil and gas facilities include fans in their ventilation systems to control high temperatures and minimize excess noise.
• Axial Fans: Axial flow is used for industrial ventilation, air conditioning and fumes exhaust.
• Impeller:The impeller of axial flow fan is made of cast in aluminum alloy and dynamically balanced.
• Driving Arrangement: There are two types of drivers. The direct drive arrangement or V-belt drive arrangement. The direct drive arrangement, impeller and motor are both housed inside the casing and impeller is directly mounted on motor shaft.
• V-Belt arrangement: The impeller is mounted on separate shaft supported on two ball bearing and Plummer blocks inside casing. The motor is mounted on outside of the casing and shaft is driven with V-belts.
• Hot Air Gas Application: Fan is suitable for air and gas up to temperature 65°C. Between 65-150°C .The made of V-belt drive arrangement and are equipped with special high temperature lubricated ball bearings.
• Fan size also available in 455 mm, 610 mm, 700 mm, 800 mm, 915 mm, 1000 mm, 1200 mm.

Axial industrial blowers create positive and negative pressure around their blades, which creates airflow. The fan blades are positioned vertically and tilted to allow for atmospheric pressure changes. In an axial blower, the air is forced to move in an axial parallel direction to the shaft where the blades rotate. This design is what creates the air pressure difference causing the continuous airflow. The performance of an axial fan is determined by its number of blades and their shape.

We will privide you Industrial Exhaust Fan which are designed to produce a large flow of air or gas. Used in a wide range of industries and for various applications, these fans have blades connected to a hub and shaft and driven by a motor that rotates.

The two primary types of industrial fans are axial and centrifugal. Some of the most common industrial applications include:

• Manufacturing: Fans and blowers are used in manufacturing facilities to reduce noise and control airborne dust and fumes.
• Oil and gas: Oil and gas facilities include fans in their ventilation systems to control high temperatures and minimize excess noise.
• Axial Fans: Axial flow is used for industrial ventilation, air conditioning and fumes exhaust.
• Impeller:The impeller of axial flow fan is made of cast in aluminum alloy and dynamically balanced.
• Driving Arrangement: There are two types of drivers. The direct drive arrangement or V-belt drive arrangement. The direct drive arrangement, impeller and motor are both housed inside the casing and impeller is directly mounted on motor shaft.
• V-Belt arrangement: The impeller is mounted on separate shaft supported on two ball bearing and Plummer blocks inside casing. The motor is mounted on outside of the casing and shaft is driven with V-belts.
• Hot Air Gas Application: Fan is suitable for air and gas up to temperature 65°C. Between 65-150°C .The made of V-belt drive arrangement and are equipped with special high temperature lubricated ball bearings.
• Fan size also available in 455 mm, 610 mm, 700 mm, 800 mm, 915 mm, 1000 mm, 1200 mm.

Axial industrial blowers create positive and negative pressure around their blades, which creates airflow. The fan blades are positioned vertically and tilted to allow for atmospheric pressure changes. In an axial blower, the air is forced to move in an axial parallel direction to the shaft where the blades rotate. This design is what creates the air pressure difference causing the continuous airflow. The performance of an axial fan is determined by its number of blades and their shape.

We will privide you Industrial Exhaust Fan which are designed to produce a large flow of air or gas. Used in a wide range of industries and for various applications, these fans have blades connected to a hub and shaft and driven by a motor that rotates.

The two primary types of industrial fans are axial and centrifugal. Some of the most common industrial applications include:

• Manufacturing: Fans and blowers are used in manufacturing facilities to reduce noise and control airborne dust and fumes.
• Oil and gas: Oil and gas facilities include fans in their ventilation systems to control high temperatures and minimize excess noise.
• Axial Fans: Axial flow is used for industrial ventilation, air conditioning and fumes exhaust.
• Impeller:The impeller of axial flow fan is made of cast in aluminum alloy and dynamically balanced.
• Driving Arrangement: There are two types of drivers. The direct drive arrangement or V-belt drive arrangement. The direct drive arrangement, impeller and motor are both housed inside the casing and impeller is directly mounted on motor shaft.
• V-Belt arrangement: The impeller is mounted on separate shaft supported on two ball bearing and Plummer blocks inside casing. The motor is mounted on outside of the casing and shaft is driven with V-belts.
• Hot Air Gas Application: Fan is suitable for air and gas up to temperature 65°C. Between 65-150°C .The made of V-belt drive arrangement and are equipped with special high temperature lubricated ball bearings.
• Fan size also available in 455 mm, 610 mm, 700 mm, 800 mm, 915 mm, 1000 mm, 1200 mm.

Axial industrial blowers create positive and negative pressure around their blades, which creates airflow. The fan blades are positioned vertically and tilted to allow for atmospheric pressure changes. In an axial blower, the air is forced to move in an axial parallel direction to the shaft where the blades rotate. This design is what creates the air pressure difference causing the continuous airflow. The performance of an axial fan is determined by its number of blades and their shape.

We will privide you Industrial Exhaust Fan which are designed to produce a large flow of air or gas. Used in a wide range of industries and for various applications, these fans have blades connected to a hub and shaft and driven by a motor that rotates.

The two primary types of industrial fans are axial and centrifugal. Some of the most common industrial applications include:

• Manufacturing: Fans and blowers are used in manufacturing facilities to reduce noise and control airborne dust and fumes.
• Oil and gas: Oil and gas facilities include fans in their ventilation systems to control high temperatures and minimize excess noise.
• Axial Fans: Axial flow is used for industrial ventilation, air conditioning and fumes exhaust.
• Impeller:The impeller of axial flow fan is made of cast in aluminum alloy and dynamically balanced.
• Driving Arrangement: There are two types of drivers. The direct drive arrangement or V-belt drive arrangement. The direct drive arrangement, impeller and motor are both housed inside the casing and impeller is directly mounted on motor shaft.
• V-Belt arrangement: The impeller is mounted on separate shaft supported on two ball bearing and Plummer blocks inside casing. The motor is mounted on outside of the casing and shaft is driven with V-belts.
• Hot Air Gas Application: Fan is suitable for air and gas up to temperature 65°C. Between 65-150°C .The made of V-belt drive arrangement and are equipped with special high temperature lubricated ball bearings.
• Fan size also available in 455 mm, 610 mm, 700 mm, 800 mm, 915 mm, 1000 mm, 1200 mm.

Axial industrial blowers create positive and negative pressure around their blades, which creates airflow. The fan blades are positioned vertically and tilted to allow for atmospheric pressure changes. In an axial blower, the air is forced to move in an axial parallel direction to the shaft where the blades rotate. This design is what creates the air pressure difference causing the continuous airflow. The performance of an axial fan is determined by its number of blades and their shape.

We will privide you Industrial Exhaust Fan which are designed to produce a large flow of air or gas. Used in a wide range of industries and for various applications, these fans have blades connected to a hub and shaft and driven by a motor that rotates.

The two primary types of industrial fans are axial and centrifugal. Some of the most common industrial applications include:

• Manufacturing: Fans and blowers are used in manufacturing facilities to reduce noise and control airborne dust and fumes.
• Oil and gas: Oil and gas facilities include fans in their ventilation systems to control high temperatures and minimize excess noise.
• Axial Fans: Axial flow is used for industrial ventilation, air conditioning and fumes exhaust.
• Impeller:The impeller of axial flow fan is made of cast in aluminum alloy and dynamically balanced.
• Driving Arrangement: There are two types of drivers. The direct drive arrangement or V-belt drive arrangement. The direct drive arrangement, impeller and motor are both housed inside the casing and impeller is directly mounted on motor shaft.
• V-Belt arrangement: The impeller is mounted on separate shaft supported on two ball bearing and Plummer blocks inside casing. The motor is mounted on outside of the casing and shaft is driven with V-belts.
• Hot Air Gas Application: Fan is suitable for air and gas up to temperature 65°C. Between 65-150°C .The made of V-belt drive arrangement and are equipped with special high temperature lubricated ball bearings.
• Fan size also available in 455 mm, 610 mm, 700 mm, 800 mm, 915 mm, 1000 mm, 1200 mm.

Featured with :

• Stainless steel Fan Blades.
• Big air volume without distortion.
• Automatic belt tensioned.
• Strap wheel.

Used for :

• Adopting more stiffening rib.
• Eliminating internal stress.
• Increasing the emphasis efficiently.

Attributes :

• Work without distortion.
• Attractive and durable.
• High intensity.
• Low noise.
• Long service life.

Key Features:

• Frame is made of high quality Stainless Steel.
• The fixed bracket with special adjustable angle design which could change air direction as requirement.
• Fan blades are made of aluminium sheet by punch forming, attractive design, light weight,large air volume,low vibration.

Axial Industrial Blower

Axial industrial blowers create positive and negative pressure around their blades, which creates airflow. The fan blades are positioned vertically and tilted to allow for atmospheric pressure changes. In an axial blower, the air is forced to move in an axial parallel direction to the shaft where the blades rotate. This design is what creates the air pressure difference causing the continuous airflow. The performance of an axial fan is determined by its number of blades and their shape.

We will privide you Industrial Exhaust Fan which are designed to produce a large flow of air or gas. Used in a wide range of industries and for various applications, these fans have blades connected to a hub and shaft and driven by a motor that rotates.

The two primary types of industrial fans are axial and centrifugal. Some of the most common industrial applications include:

• Manufacturing: Fans and blowers are used in manufacturing facilities to reduce noise and control airborne dust and fumes.
• Oil and gas: Oil and gas facilities include fans in their ventilation systems to control high temperatures and minimize excess noise.
• Axial Fans: Axial flow is used for industrial ventilation, air conditioning and fumes exhaust.
• Impeller:The impeller of axial flow fan is made of cast in aluminum alloy and dynamically balanced.
• Driving Arrangement: There are two types of drivers. The direct drive arrangement or V-belt drive arrangement. The direct drive arrangement, impeller and motor are both housed inside the casing and impeller is directly mounted on motor shaft.
• V-Belt arrangement: The impeller is mounted on separate shaft supported on two ball bearing and Plummer blocks inside casing. The motor is mounted on outside of the casing and shaft is driven with V-belts.
• Hot Air Gas Application: Fan is suitable for air and gas up to temperature 65°C. Between 65-150°C .The made of V-belt drive arrangement and are equipped with special high temperature lubricated ball bearings.
• Fan size also available in 455 mm, 610 mm, 700 mm, 800 mm, 915 mm, 1000 mm, 1200 mm.

Axial Industrial Blower

Axial industrial blowers create positive and negative pressure around their blades, which creates airflow. The fan blades are positioned vertically and tilted to allow for atmospheric pressure changes. In an axial blower, the air is forced to move in an axial parallel direction to the shaft where the blades rotate. This design is what creates the air pressure difference causing the continuous airflow. The performance of an axial fan is determined by its number of blades and their shape.

We will privide you Industrial Exhaust Fan which are designed to produce a large flow of air or gas. Used in a wide range of industries and for various applications, these fans have blades connected to a hub and shaft and driven by a motor that rotates.

The two primary types of industrial fans are axial and centrifugal. Some of the most common industrial applications include:

• Manufacturing: Fans and blowers are used in manufacturing facilities to reduce noise and control airborne dust and fumes.
• Oil and gas: Oil and gas facilities include fans in their ventilation systems to control high temperatures and minimize excess noise.
• Axial Fans: Axial flow is used for industrial ventilation, air conditioning and fumes exhaust.
• Impeller:The impeller of axial flow fan is made of cast in aluminum alloy and dynamically balanced.
• Driving Arrangement: There are two types of drivers. The direct drive arrangement or V-belt drive arrangement. The direct drive arrangement, impeller and motor are both housed inside the casing and impeller is directly mounted on motor shaft.
• V-Belt arrangement: The impeller is mounted on separate shaft supported on two ball bearing and Plummer blocks inside casing. The motor is mounted on outside of the casing and shaft is driven with V-belts.
• Hot Air Gas Application: Fan is suitable for air and gas up to temperature 65°C. Between 65-150°C .The made of V-belt drive arrangement and are equipped with special high temperature lubricated ball bearings.
• Fan size also available in 455 mm, 610 mm, 700 mm, 800 mm, 915 mm, 1000 mm, 1200 mm.

Axial Industrial Blower

Axial industrial blowers create positive and negative pressure around their blades, which creates airflow. The fan blades are positioned vertically and tilted to allow for atmospheric pressure changes. In an axial blower, the air is forced to move in an axial parallel direction to the shaft where the blades rotate. This design is what creates the air pressure difference causing the continuous airflow. The performance of an axial fan is determined by its number of blades and their shape.

We will privide you Industrial Exhaust Fan which are designed to produce a large flow of air or gas. Used in a wide range of industries and for various applications, these fans have blades connected to a hub and shaft and driven by a motor that rotates.

The two primary types of industrial fans are axial and centrifugal. Some of the most common industrial applications include:

• Manufacturing: Fans and blowers are used in manufacturing facilities to reduce noise and control airborne dust and fumes.
• Oil and gas: Oil and gas facilities include fans in their ventilation systems to control high temperatures and minimize excess noise.
• Axial Fans: Axial flow is used for industrial ventilation, air conditioning and fumes exhaust.
• Impeller:The impeller of axial flow fan is made of cast in aluminum alloy and dynamically balanced.
• Driving Arrangement: There are two types of drivers. The direct drive arrangement or V-belt drive arrangement. The direct drive arrangement, impeller and motor are both housed inside the casing and impeller is directly mounted on motor shaft.
• V-Belt arrangement: The impeller is mounted on separate shaft supported on two ball bearing and Plummer blocks inside casing. The motor is mounted on outside of the casing and shaft is driven with V-belts.
• Hot Air Gas Application: Fan is suitable for air and gas up to temperature 65°C. Between 65-150°C .The made of V-belt drive arrangement and are equipped with special high temperature lubricated ball bearings.
• Fan size also available in 455 mm, 610 mm, 700 mm, 800 mm, 915 mm, 1000 mm, 1200 mm.

Axial Industrial Blower

Axial industrial blowers create positive and negative pressure around their blades, which creates airflow. The fan blades are positioned vertically and tilted to allow for atmospheric pressure changes. In an axial blower, the air is forced to move in an axial parallel direction to the shaft where the blades rotate. This design is what creates the air pressure difference causing the continuous airflow. The performance of an axial fan is determined by its number of blades and their shape.

We will privide you Industrial Exhaust Fan which are designed to produce a large flow of air or gas. Used in a wide range of industries and for various applications, these fans have blades connected to a hub and shaft and driven by a motor that rotates.

The two primary types of industrial fans are axial and centrifugal. Some of the most common industrial applications include:

• Manufacturing: Fans and blowers are used in manufacturing facilities to reduce noise and control airborne dust and fumes.
• Oil and gas: Oil and gas facilities include fans in their ventilation systems to control high temperatures and minimize excess noise.
• Axial Fans: Axial flow is used for industrial ventilation, air conditioning and fumes exhaust.
• Impeller:The impeller of axial flow fan is made of cast in aluminum alloy and dynamically balanced.
• Driving Arrangement: There are two types of drivers. The direct drive arrangement or V-belt drive arrangement. The direct drive arrangement, impeller and motor are both housed inside the casing and impeller is directly mounted on motor shaft.
• V-Belt arrangement: The impeller is mounted on separate shaft supported on two ball bearing and Plummer blocks inside casing. The motor is mounted on outside of the casing and shaft is driven with V-belts.
• Hot Air Gas Application: Fan is suitable for air and gas up to temperature 65°C. Between 65-150°C .The made of V-belt drive arrangement and are equipped with special high temperature lubricated ball bearings.
• Fan size also available in 455 mm, 610 mm, 700 mm, 800 mm, 915 mm, 1000 mm, 1200 mm.

We are an acclaimed name engaged in offering our precious clients a superior quality range of V Belt Drive Tubeaxial Fan. These fans are widely used to provide the required airflow for heat & mass transfer operations in several industrial equipment and processes.

These products are manufactured using optimum grade raw materials and sophisticated technology in synchronization with international standards.
In order to ensure quality, the entire range is rigorously tested on various parameters by our quality controllers. Keeping in mind the diverse requirements of our clients,
we provide the entire range in various sizes and specifications at affordable prices.

Features:

• Precisely designed
• Anti-corrosive
• Durability

Axial Industrial Blower

Axial industrial blowers create positive and negative pressure around their blades, which creates airflow. The fan blades are positioned vertically and tilted to allow for atmospheric pressure changes. In an axial blower, the air is forced to move in an axial parallel direction to the shaft where the blades rotate. This design is what creates the air pressure difference causing the continuous airflow. The performance of an axial fan is determined by its number of blades and their shape.

We will privide you Industrial Exhaust Fan which are designed to produce a large flow of air or gas. Used in a wide range of industries and for various applications, these fans have blades connected to a hub and shaft and driven by a motor that rotates.

The two primary types of industrial fans are axial and centrifugal. Some of the most common industrial applications include:

• Manufacturing: Fans and blowers are used in manufacturing facilities to reduce noise and control airborne dust and fumes.
• Oil and gas: Oil and gas facilities include fans in their ventilation systems to control high temperatures and minimize excess noise.
• Axial Fans: Axial flow is used for industrial ventilation, air conditioning and fumes exhaust.
• Impeller:The impeller of axial flow fan is made of cast in aluminum alloy and dynamically balanced.
• Driving Arrangement: There are two types of drivers. The direct drive arrangement or V-belt drive arrangement. The direct drive arrangement, impeller and motor are both housed inside the casing and impeller is directly mounted on motor shaft.
• V-Belt arrangement: The impeller is mounted on separate shaft supported on two ball bearing and Plummer blocks inside casing. The motor is mounted on outside of the casing and shaft is driven with V-belts.
• Hot Air Gas Application: Fan is suitable for air and gas up to temperature 65°C. Between 65-150°C .The made of V-belt drive arrangement and are equipped with special high temperature lubricated ball bearings.
• Fan size also available in 455 mm, 610 mm, 700 mm, 800 mm, 915 mm, 1000 mm, 1200 mm.

1000 (36”)Luver Type Exhaust Fan

MODEL –  – 1000 (36”)

Capacity :- 13500 CFM

Fan Speed : 513 RPM

Motor Speed :- 1400 RPM

Size 900 MM

KW : 1 HP

Voltage : 380 V