Birch Roller Veneer Dryer

Shine’s Veneer Dryer: Efficient Birch Veneer Drying in Russia’s Harsh Winters

In Russia’s woodworking heartlands, where winter temperatures plummet to -30°C and efficiency in resource use is non-negotiable, drying birch veneers demands more than just heat—it requires resilience, precision, and smart resource recycling. Shine’s medium-output veneer dryer, now powering birch veneer production in Russia with a track record of reliability in subzero conditions. 

1. 2 decks 36m dryer

2. daily capacity of 65m3

3. working width at 3.75m

4. biomass burner heat source (burn waste wood)

Product Details

Meeting Russia’s Birch Veneer Needs

Birch, a staple hardwood in Russian forestry, is prized for its durability and fine grain—qualities that make it ideal for furniture, flooring, and plywood. But drying birch veneers in Russia’s extreme cold comes with challenges: slow moisture evaporation, high energy costs, and the risk of material degradation if temperatures fluctuate. For one Russian woodworking client, these hurdles demanded a custom solution.

biomass dryer in Russia

Cold-Weather Innovation: Biomass Power + Automatic Dehumidification

What makes this dryer a game-changer in Russia’s frosty climate? Two key technologies:

1. Patented Biomass Burner: Waste Wood as a Cost-Saving Fuel

At the core of the system is Shine’s biomass burner, a patented solution that transforms waste wood—a byproduct of veneer slicing often left to rot or incur disposal costs—into high-efficiency fuel. Here’s how it works:

· Closed-loop resource recycling: The client’s workshop generates waste wood during birch veneer peeling. Instead of discarding it, this scrap is fed directly into the biomass burner, slashings fuel costs by up to 40% while eliminating waste.

· Stable, low-emission heat: The burner’s advanced combustion technology ensures consistent heat output, even in subzero temperatures. This stability is critical for birch veneers, which are sensitive to uneven drying and prone to cracking if exposed to fluctuating heat.

2. Automatic Dehumidification: Combating Winter Heat Loss

Russia’s harsh winters mean dryers lose heat rapidly if not properly insulated. To counter this, Shine Machinery equipped the dryer with an automatic dehumidification system that:

· Recovers waste heat: Extracts moisture from the drying chamber while recycling residual heat back into the system, minimizing energy waste.

· Maintains optimal humidity: Prevents over-drying (which weakens birch veneers) and ensures moisture levels stay within the narrow range required for premium-quality output—critical for high-value birch products.


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Performance That Delivers: 65m3 Daily for Birch Veneers

For the Russian client, consistency and volume are key. This dryer delivers a steady daily output of 65m3 of dried birch veneer—enough to meet the demands of mid-sized woodworking operations without overextending resources. Whether processing raw birch logs or reclaimed veneers, the system maintains uniform drying, reducing reject rates and ensuring downstream processes (like laminating or coating) proceed smoothly.

Why Shine Machinery? Built for Russia’s Unique Challenges

In regions where cold weather and resource efficiency are top priorities, Shine Machinery’s dryers stand out:

Cold-weather resilience: From insulated double-layer beds to freeze-resistant components, the dryer is engineered to operate reliably in temperatures as low as -40°C.

Cost-efficiency at scale: By repurposing waste wood as fuel and minimizing heat loss, the system lowers operational costs by 30–50% compared to traditional electric or gas-fired dryers.

Birch-specific expertise: We understand birch’s unique drying requirements—its high density and low thermal conductivity demand precise temperature and humidity control. Our dryer’s settings are pre-configured for birch, reducing setup time and trial-and-error.

birch veneer stock

Client Testimonial: “A Dryer That Works as Hard as Our Team”

As one Russian client noted: “Winter used to mean slowing down production. With Shine’s dryer, we’re drying more birch veneer in winter than we did all summer before—thanks to its cold-proof design and waste wood fuel system.”

Ready to optimize your birch veneer drying process, even in subzero climates? Explore Shine’s medium-output veneer dryers and discover how we turn cold challenges into warm opportunities for your woodworking business.

customer visit


Model

GTH30-36

Working Width (m)

3.75m

Heating Area Length (m)

32m

Cooling Area Length (m)

4m

Veneer Thickness (mm)

1.2mm  1.8mm  2.6mm

Veneer Water Moisture (%)

From 70% to about 10%

Heating Material & Drying Temperature (℃)

140-180

Drying Capacity (m³/h)

2.3 cbm

Veneer Transport Speed (m)

5-22 m/min

Hot Air Fan Power (kw)

8×5.5kw

Traction Motor Power (kw)

2×5.5kw

Cold Air Fan Power (kw)

1×5.5kw

Total Power (kw)

60.5kw


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