INDUSTRIAL EQUIPMENT
CHEM Series
Model / SKU: —
Chemical Resistant Plastic (GRP/FRP/PP) Centrifugal Fans Backward Blade, Single inlet, Direct or Belt Driven Standard diameters range from 125 to 1,250mm. With airflow rates of up to 127,500 m3/ hr At total pressure increases of up to 280 mm-wg Contact support@esmacasia.com
Share the model, quantity and application so our team can confirm the selection.
Product details
Chemical Resistant Plastic (GRP/FRP/PP) Centrifugal Fans Backward Blade, Single inlet, Direct or Belt Driven Standard diameters range from 125 to 1,250mm. With airflow rates of up to 127,500 m3/ hr At total pressure increases of up to 280 mm-wg Contact support@esmacasia.com
Product questions
What is this product?
CHEM Series is listed under Building Ventilation.
How can I request a price and confirm this model?
Enter the model, quantity and application in the quotation form, then send the prepared message by email or LINE to SPI using the contact details on this website. Confirm the price and model with the team before ordering.
Technical specifications
| Brand | Ask our team |
|---|---|
| Model / SKU | CHEM Series |
| Category | Chemical-vapour extraction fan |
Chemical Resistant Plastic (GRP/FRP/PP) Centrifugal Fans Backward Blade, Single inlet, Direct or Belt Driven Standard diameters range from 125 to 1,250mm. With airflow rates of up to 127,500 m3/ hr At total pressure increases of up to 280 mm-wg Contact support@esmacasia.com
Documents & catalogs
The source catalog has no attached document for this record.
Request product documentation ↗Source references
MCG Trading · Source catalog ↗Related reading
Duct sizing with Equal Friction
Duct sizing with ( Equal Friction) Equal Friction is a duct-sizing method that keeps the pressure loss from friction per unit duct
Read article ↗
Design and installation of air duct systems (Duct Design)
Design and installation of air duct systems (Duct Design) Design air ducts for air conditioning systems. Why do you need to "reduc
Read article ↗
Measuring the wind speed in front of the kitchen hood (Kitchen Hood Face Velocity)
Measuring the wind speed in front of the Kitchen Hood (Kitchen Hood Face Velocity) has the main objective to confirm that the Hood
Read article ↗Related equipment
All related articles (71)
- Low Noise Duct Design
- Department store bathrooms with air conditioning have to think about 2 at the same time to suck out odors and moisture.
- What is the Aspect Ratio of the air duct?
- How to design air ducts (Duct Design) according to international standards
- Calculation of large meeting room air conditioning systems (High Density Occupancy)
- Standards for air speed in ducts (Duct Velocity)
- Air conditioning system (negative pressure room)
- Summary of professional guidelines for reducing pressure drop
- Air conditioning system "negative pressure room"
- Choosing an air distributor (Air Diffuser / Grille / Register)
- What is External Static Pressure (ESP) and how important is it?
- Procedure for measuring ESP (External Static Pressure) at Fan In / Fan Out
- Balancing air volume is the most important thing in cleanroom work.
- Creating a positive pressure room (Positive Pressure Room) is the heart of HVAC system work.
- Round pipe or square pipe, which one is best to use for HVAC design?
- How to calculate the size of a ventilation fan for a factory with a height of 6 meters, simple and practical.
- Cleanroom Design
- Fresh Air Supply Methods
- What are System Effects?
- In-depth look at factory fan types: Axial vs Centrifugal, which one is right for your job?
- The reason why Centrifugal Fan "wind does not reach as designed"
- Exhaust duct specs for “Kitchen Exhaust Duct”
- Problems frequently encountered in “Commercial Kitchen System”
- Analysis of Condensation at the Air Pipe
- System effect of the fan (Fan)
- Design of air conditioning and ventilation systems for food court areas in department stores.
- Principle of “Adjusting the air volume of the VAV system (Variable Air Volume)”
- Balancing pressure for clean rooms
- Design of air conditioning system for isolation room (Isolation Room)
- Design of air conditioning system for large meeting rooms
- Selecting the size of the air diffuser (Air Diffuser)
- Air conditioning units must have “Fill in fresh air (Fresh Air)”
- Namsae Trading ventilation fan, strong wind, durable, cool factory.
- Relationship between Flow Rate and Pressure Drop
- Calculating Louver size for Fresh Air Intake
- Formation of water droplets on the surface of cold water pipes in air conditioning systems.
- Factory fan, high wind power Namsae Trading
- Design of a fire escape air compressor system (Stair Pressurization System)
- Calculating the size of the Smoke Exhaust Fan (for exhausting smoke)
- Adjusting the air balance in a rectangular duct system (Rectangular Duct)
- industrial fan
- Calculation of air volume CFM (Cubic Feet per Minute)
- Duct Design
- Air duct work (ductwork)
- ACH stands for Air Changes per Hour.
- Positive Pressure Room
- What is the Static pressure value in the Air Nozzle Catalog?
- Fan Fan
- How are PIP ventilation pipes better than galvanized pipes?
- How to cool down the factory space?
- Why improve working conditions for employees? Operators are therefore important.
- How can air changes improve factory air quality?
- A cost-effective and efficient way to cool a factory
- How good is a ventilation fan? Which type is appropriate to use?
- Useful Facts about Industrial Fans
- An Exhaust Fan: a Useful Household Appliance
- Basic ventilation airflow calculations
- 5 ways to use fans while saving electricity
- Industrial fans, blowers and ventilation systems for workers' quality of life
- Ventilation basics
- Notes on ventilation in industrial systems
- The difference between fans and blowers
- Benefits of ventilation systems
- 9 tips for inspecting and maintaining blower fans
- Tips for managing heat inside buildings
- Selecting Building-Ventilation Equipment: From Application Area to Product Model
- Managing Heat in Buildings and Factories
- Installing Factory Ventilation Fans