Wavcor International Inc.

06/18/2026

Why consider a propane-powered fan over a gasoline fan?

Reason #5: Free Heat for Improved Efficiency

An often-overlooked advantage of the Airblast fan is that it is designed to use heat from the motor to dry grain. The Airblast fan has a heat exchanger that, when in Drying Mode, will use the heat from the engine to add up to 10 degrees Celsius to the incoming air stream. This added warmth can provide a small but valuable performance boost when dealing with moist grain.

www.wavcor.ca/airblastfan

06/17/2026

Looking forward to seeing you at Ag in Motion in July! Stop by Wavcor's booth #673.

Get ready for :
New technology, real conversations and live demos. This is where ideas turn into action, and farmers meet in the field to discover what’s next.
https://vist.ly/56ptd
July 21–23, 2026
Langham, Saskatchewan

06/16/2026

Why consider a propane-powered fan over a gasoline fan?

Reason #4: Long Run Times Without Interruption
Aeration often requires extended run times to properly cool grain. Gas-powered systems rely on onboard fuel tanks with limited capacity. For example, some units are designed to run for up to 50 hours on approximately a 130 litre tank.
With propane or natural gas:
• You can connect to larger external tanks
• Run times can be extended significantly
• Fewer refueling interruptions
• No tank needs to be refilled directly on the Airblast fan. The fan can be connected directly to a constant natural gas supply or to a large propane tank that only require periodic refills.
This gives operators more flexibility and less downtime during critical periods. It is also beneficial for remote bin sites that are long distances and harder to reach when refueling.

www.wavcor.ca/airblastfan

06/12/2026

Want more control over your harvest window? 🌾
Wavcor’s Airblast Fan helps you take crop off earlier by adding powerful aeration and drying support where you need it most.

Built to help solve real harvest challenges like moisture, timing pressure, and weather risk, it gives farmers a practical way to keep air moving without relying on electric power.

Flexible for different bin sites. Portable between setups. Built for real farm conditions.

✔ Runs without electricity
✔ Uses propane or natural gas
✔ Portable between bins or sites
✔ Supports both aeration and drying
✔ Built for flexible farm setups

Get a quote for your farm setup today.

Proudly Canadian owned and operated 🇨🇦

100% Canadian-Owned🍁

06/12/2026

Why consider a propane-powered fan over a gasoline fan?

Reason #3: Less Maintenance After Storage

Grain bin fans are typically used heavily in the fall—and then sit idle through winter.
With gasoline systems, that creates familiar problems:
• Stale fuel
• Gummed-up carburetors
• Hard starts in spring
With propane or natural gas you can benefit from:
• No stale fuel issues
• No carburetor cleaning
• Cleaner oil even after long storage periods
In short, less prep work and fewer surprises when you need the fan again.

www.wavcor.ca/airblastfan

06/09/2026

Why consider a propane-powered fan over a gasoline fan?

Reason #2: Lower Fuel Costs Over Time
Fuel is a major operating expense during harvest season. Compared to gasoline or diesel:
• Propane and natural gas are typically more cost-effective. This is especially true with the current conditions.
• Price volatility is lower

Using current prices, you can save $2 or more per hour on running costs when using natural gas and more than $1 per hour when using propane. Over multiple seasons, this can translate into meaningful savings. The cost savings when drying is even more significant - saving you more than $7 per hour when using natural gas and over $3 per hour when using propane.

www.wavcor.ca/airblastfan

06/05/2026

🎉 WIN A WAVCOR MANHOLE AERATION CYLINDER! 🎉

Looking to improve aeration in your hopper-bottom bins?

Enter for your chance to win a Wavcor Manhole Aeration Cylinder — the quick and cost-effective way to add aeration to existing grain bins without expensive modifications.

✅ Installs in minutes
✅ Ideal for hopper-bottom bins
✅ Available in multiple sizes and configurations
✅ Helps improve grain quality and storage management

To enter:
1️⃣ Like this post
2️⃣ Follow Wavcor
3️⃣ Tag a farmer who could use better aeration

Winner will be announced on June 26, 2026.

Learn more about the Manhole Aeration Cylinder here:

Manhole Aeration Ducts are the most economical way to add aeration to any hopper bin that has a manhole. This is affordable and does not require any modifications to the hopper.

06/04/2026

One Fan. Multiple Bins. No Power Required.
Contact your local Co-op Agro Centre to learn more.

Looking for a cost-effective way to aerate and dry grain at remote bin sites?

The Wavcor Airblast Fan delivers powerful propane-powered aeration and drying, while Air Delivery Ducting allows a single fan to service multiple bins—helping reduce equipment costs and maximize flexibility.

✅ Propane-powered – no electrical service required
✅ Portable and ideal for remote locations
✅ One fan can aerate multiple bins
✅ Improve grain quality and storage management
✅ Available through your local Co-op Agro Centre

Whether you're adding aeration to existing bins or expanding capacity without adding more fans, Wavcor has a solution.

Contact your local Co-op Agro Centre to learn more.

06/01/2026

Got bins where power is limited or expensive to bring in? ⚡
Wavcor’s Airblast Fan gives you powerful grain aeration and drying using propane or natural gas, so you can move air where you need it, without relying on electricity. 🌾💨

Owned and operated in Canada 🇨🇦, Wavcor builds solutions for flexible farm setups, new bin sites, and yards where traditional electric fans are not the easiest option. 🚜

✔ Runs without electricity
✔ Uses propane or natural gas
✔ Portable between bins or sites
✔ Up to 22HP
✔ Built for both aeration and drying

Get a quote for your farm setup today.

05/30/2026

Why consider a propane-powered fan over a gasoline fan?

Reason #1: Cleaner Fuel = Longer Engine Life
Propane and natural gas burn significantly cleaner than gasoline. This means:
• Less carbon buildup inside the engine
• Cleaner oil over time
• Reduced wear on internal components

The result? Longer engine life and fewer maintenance headaches compared to traditional gasoline-powered systems.