Draglam Salt

Draglam Salt Draglam Salt specializes in bulk and bagged de-icers for all your winter maintenance needs. Offering

Huge thank you to everyone who registered for Snowposium 2026 using our code!Thanks to your support, Draglam Salt offici...
07/27/2026

Huge thank you to everyone who registered for Snowposium 2026 using our code!

Thanks to your support, Draglam Salt officially took home 1st place in the Snowposium VIP Pass Contest! We loved getting to connect with so many snow and ice management professionals at this year’s trade show.

A big thank you to to the Snowposium team for hosting a fantastic event!

See you all next year for Snowposium 2027!

06/22/2026

True or False: Storing bulk rock salt in uncovered outdoor piles over the summer has no impact on its effectiveness for the following winter?
Answer: FALSE.
Leaving a high-volume stockpile of bulk rock salt exposed to the elements over the off-season is a major logistical and financial liability. While it may look like indestructible rock, raw sodium chloride is highly vulnerable to seasonal weather shifts. Failing to shelter your winter inventory destroys material integrity and creates a massive headache when the first storm hits.
Uncovered summer storage triggers two destructive mechanical processes:
• Massive Inventory Loss via Leaching: Every single rainfall that hits an open stockpile dissolves the outer layers of material. This water runoff washes tons of viable product directly into the ground, leading to severe inventory shrinkage, lost revenue, and costly environmental compliance issues due to high-salinity runoff.
• The Summer Humidity Hardening Effect: Rock salt naturally absorbs moisture from the air. Throughout high-humidity summer months, the crystals continuously absorb atmospheric moisture and then dry out. This constant cycle causes the individual grains to fuse together, turning a free-flowing, easily scoopable stockpile into a solid, concrete-like mountain.
• Ruining Spreader Calibration: When heavy machinery is forced to break apart a hardened stockpile, it creates inconsistent, jagged chunks. If these massive clumps bypass the screening process and make it into a commercial truck bed, they will immediately jam conveyor chains, block spinner chutes, and ruin accurate application calibrations during a winter storm response.
To guarantee rapid deployment and preserve every ton of inventory, bulk winter materials must be secured in engineered salt domes or covered concrete bays that keep weather out and the product free-flowing.

06/19/2026

Why do those giant snow piles hang around for weeks after a warm spell? It’s not just because they're big. This is the "Latent Heat of Fusion" in action. It takes a massive amount of energy to actually turn solid ice into liquid water. So on a sunny spring day, the ice isn't instantly melting. It's soaking up all that heat just to break the bonds inside the ice. That's why a flamethrower is actually a surprisingly inefficient way to melt snow.

06/16/2026

True or False: Standard bulk rock salt should never be applied to multi-level concrete parking structures or corporate parking decks?
Answer: TRUE.
Applying standard, uninhibited bulk rock salt to an elevated concrete parking deck or multi-level parkade is an incredibly expensive property management mistake. While sodium chloride is highly effective on standard ground-level asphalt, it is highly destructive to elevated structural concrete, turning a routine winter maintenance choice into a multi-million dollar infrastructure liability.
Standard rock salt ruins structural parking decks through a specific chemical and physical process:
• Accelerating Structural Rebar Corrosion: Concrete is naturally porous. When standard rock salt melts ice, it creates a highly corrosive saltwater brine that seeps deep into the concrete slab. Once that chloride reaches the internal structural steel rebar, it triggers a rapid chemical rusting process. As the steel rebar rusts, it expands up to four times its original size, creating immense internal pressure.
• The Destructive Spalling Cycle: This internal pressure eventually cracks the concrete from the inside out, causing massive chunks of the driving surface to break apart and lift away—a process known as structural spalling. Once the concrete shell is cracked, it allows even more water and salt to reach the structural steel, accelerating the damage.
• Aggravating the Freeze-Thaw Shock: Rock salt increases the number of freeze-thaw cycles the concrete goes through by artificially forcing water to melt and refreeze as temperatures fluctuate. When that trapped water expands as it freezes inside the concrete pores, it physically ruptures the concrete matrix, severely shortening the lifespan of the deck.
To protect these massive structural investments, property managers and civil engineers specify high-performance, non-corrosive alternatives like Calcium Magnesium Acetate (CMA) or specialized potassium-based liquids. These engineered solutions clear ice efficiently down to extreme temperatures without compromising the structural integrity of the building.

06/11/2026

True or False: Once a commercial property reaches 100% ice coverage, dumping double the standard amount of bulk salt is the fastest way to burn through the ice sheet?
Answer: FALSE.
When a freezing rain event glazes a massive commercial parking lot, the natural instinct is to open up the spreader chutes and blanket the site with double the material. However, chemistry dictates a strict ceiling on ice control. Throwing excessive product at a thick ice sheet doesn't speed up melting; it just burns through your operational profit margins.
Understanding the physics of chemical saturation is how premium winter crews manage ice effectively:
• The Solid-State Illusion: Solid rock salt crystals cannot melt a single millimeter of ice on their own. The melting process only triggers when the salt granules dissolve into surrounding surface moisture to form a liquid brine solution. It is this chemical liquid brine, not the solid rock, that lowers the freezing point of water and breaks the ice bond.
• The 26% Saturation Ceiling: Water can only hold a maximum of 26% dissolved sodium chloride by weight before it reaches absolute physical saturation. Once the liquid brine layer sitting on your asphalt hits that 26% threshold, it loses all capacity to dissolve any more crystals.
• The High Cost of Excess Product: Any extra salt dropped onto the property after saturation is reached does absolutely nothing to accelerate melting. The excess granules simply sit on top of the ice as a loose, abrasive hazard that wastes client budgets, damages vehicle tires, and eventually washes down municipal storm drains into the local watershed.
True winter efficiency and property safety rely on precise calibration and targeted application rates. When ice builds up heavily, the solution isn't adding brute-force volume, it's about monitoring pavement temperatures and utilizing engineered liquid accelerators to keep the chemical reaction moving.

06/09/2026

True or False: Applying a heavy layer of rock salt directly onto fresh snow accumulation is the most efficient way for commercial crews to clear a parking lot?
Answer: FALSE.
Spreading high-volume rock salt on top of several inches of unplowed snow is an expensive, counterproductive waste of material. During a major winter storm response, attempting to melt away accumulation rather than clearing it mechanically ruins site safety and destroys your operating margins.
Hitting the pavement with the correct commercial sequence is critical for maintaining clear, safe properties:
• The Slush and Refreeze Trap: When salt is dropped onto fresh, unmanaged snow, it only dissolves the top layer. This chemical reaction creates a heavy, saturated slush that rapidly dilutes the salt brine. As temperatures drop, this diluted mixture refreezes, bonding directly to the asphalt and forming a treacherous, unmanageable sheet of black ice beneath the snow pack.
• Maximizing Mechanical Clearing First: The most efficient commercial process is to always clear the heavy bulk accumulation using plows, pushers, or containment boxes first. Scraping the asphalt clean removes the physical barrier, allowing winter crews to address the actual hazard rather than fighting inches of insulation.
• Targeted Anti-Icing and Residual Melting: Once the pavement is bare, a targeted application of bulk rock salt should be spread directly onto the asphalt surface. This specific placement allows the salt to immediately melt residual frost, break down the thin remaining film of snow, and prevent new precipitation from bonding to the property floor.
By training commercial crews to plow thoroughly before spreading a single grain of salt, you drop material waste by up to 40% and ensure the parking lot reaches a safe, bare-pavement standard much faster.

06/04/2026

The world's largest salt mine sits beneath Lake Huron in Goderich, Ontario. And it was found completely by accident. In 1866, a flour mill owner named Sam Platt was drilling for oil. Instead, he hit the first salt bed ever discovered in North America. The mine is as deep as the CN Tower is tall. At Draglam Salt, we source from this ancient deposit to keep Ontario roads safe all winter.

05/28/2026

True or False: Once snow has been driven over and packed down into a solid, hard ice layer, standard rock salt will cut through it just as fast as loose snow?
Answer: FALSE.
When heavy traffic on a commercial site rolls over fresh accumulation, it rapidly compresses the snow, forcing all the air out and dramatically increasing its density. This process transforms loose snow into a stubborn, dense sheet of "hard-pack" ice. Relying on standard, untreated rock salt to burn through this compressed barrier is an inefficient operational mistake that delays site clearing and wastes material.
Managing highly compacted hard-pack ice requires a completely different mechanical and chemical strategy:
• The Vertical Boring Effect: When a standard dry rock salt crystal lands on thick hard-pack, it dissolves vertically. It burns a tiny, isolated hole straight down through the ice layer until it hits the pavement beneath. Because the surrounding ice is so highly compacted, the chemical brine struggles to spread out horizontally, leaving a dangerous, pockmarked sheet of slick ice still firmly attached to the asphalt.
• The Need for Intense Physical Shearing: Standard snowplow blades will simply float or bounce right over the top of dense hard-pack without cutting it. To physically break the bond, commercial crews must deploy heavy-duty equipment equipped with down-pressure systems, specialized serrated cutting edges, or underbody scrapers that can exert thousands of pounds of mechanical force to shear the ice clean off the ground.
By training commercial crews to clear properties before traffic can pack down the snow, and deploying heavy mechanical shearing tools when hard-pack does form, property managers ensure safe, bare-pavement conditions while minimizing environmental product waste.

05/11/2026

Most rock salt stops working around -15°C. Draglam Treated keeps melting all the way down to -45°C. That’s colder than Antarctica’s average winter temperature.

Instant melting. Extreme cold performance. Lower corrosion. That’s the science of Draglam Treated Salt.

05/05/2026

Peek behind the curtain. This is how Draglam Treated Salt is made.

We start with premium rock salt. Then we add a performance enhancing liquid coating that encapsulates every single grain. The advanced coating does three things.

It accelerates brine formation for instant melting. It reduces corrosion impact on concrete and equipment. And it keeps working down to 45 below zero.

More melting. Less product. Lower corrosion. That is the science.

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401 Bowes Road
Vaughan, ON
L4K1J4

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