Quick Answer: For a 20ft container in Ontario, use roughly one pound of silica gel per 100 cubic feet (about 3 kg total), or a 50-pint dehumidifier for occupied units, a guideline that aligns with AMPP corrosion-control practice. DampRid tubs handle small zones for about 45 days. Silica wins for sealed transport, dehumidifiers win for workshops, and DampRid bridges the gap. Real Brantford yards, real reviews (4.9 / 140+), real 1-3 day delivery. Family-operated since 1995.
In This Guide
- Why Do Shipping Containers Sweat in Ontario?
- When Should You Use Silica Gel in a Container?
- Is DampRid Good for Shipping Container Storage?
- What Size Dehumidifier Does a Shipping Container Need?
- Silica Gel vs DampRid vs Dehumidifier: Which Is Best?
- How Much Desiccant Do You Need by Container Size?
- Where Should You Place Desiccant Inside a Container?
- Does Ventilation Reduce Container Condensation?
- What Does a Year of Container Moisture Look Like Inside?
- Which Desiccant Setup Is Right for Your Use Case?
- FAQs
Reading Time: 13 minutes
Why Do Shipping Containers Sweat in Ontario?
Shipping containers sweat in Ontario because warm interior air holds more moisture than the cooling steel can. As overnight temperatures drop, that vapour condenses on the inner ceiling and rains back onto the contents. Ontario’s wide daily temperature swings in spring and fall make this effect, known as container rain, especially aggressive here.
Shipping containers sweat in Ontario because the province runs one of the harshest moisture and upkeep cycles on the continent. Brantford hits -20°C deep-winter nights and pushes past 30°C in July humidity, and every steel box sitting on a property feels that swing twice a day. Warm interior air holds more moisture than cold air can. When the ceiling cools faster than the contents, water vapour condenses against the steel and rains back down on whatever’s stored below. The industry calls it container rain. Buyers call it the morning they opened the bin and found the cardboard boxes sagging.
This is not a manufacturing flaw and it’s not a sign the container leaks. A perfectly dry, perfectly sealed 20ft box left in a Norfolk County field through October will produce condensation on its inner ceiling within 48 hours of the first cold snap because the air sealed inside still carries summer humidity. The fix is removing that moisture before it has a chance to fall. That’s where a desiccant strategy comes in.
Three product categories handle the job for Ontario buyers: silica gel (passive, for sealed transport), calcium chloride absorbers like DampRid (passive, refillable, for medium-term storage), and electric dehumidifiers (active, for occupied or powered units). Each has a window where it wins and a window where it wastes money. This guide is the operational version of that decision, drawn from 30 years of Van Blanc deliveries across Ontario and what we see when those bins eventually come back through our Brantford yard. If you want the upstream physics, the dew-point math behind container sweat covers all four root causes in detail.
Paul LeBlanc, owner, Van Blanc Ent. Inc.: “People think a leak ruined their stuff. Most of the time the box never leaked once. It was the air they sealed inside it in August, turning to water on the steel in October. I have watched that same pattern across 30 years of Ontario deliveries. Get a little drying product in there and a vent or two cut in, and the problem just goes away.”
When Should You Use Silica Gel in a Container?
Silica gel is the right choice for sealed, short-term, or transit containers. Silica gel is amorphous silicon dioxide formed into hard, glassy beads with a microscopic surface area enormous enough to adsorb water vapour directly out of the air. A single gram of silica gel exposes roughly 800 square metres of surface area inside its pore structure. That is why it punches above its weight: a sachet small enough to fit in a shoebox can lock down moisture across a surprising volume of sealed air.
The limit is its capacity. Silica gel absorbs up to 40% of its own weight in water before it saturates and stops working. A 1 kg sachet can hold about 400 g of water and then it is done. For a 20ft sea can sealed for one-trip transit from Asia, that math works because the journey is finite. For a stationary Ontario storage bin sitting through a six-month winter, you would burn through silica gel faster than calcium chloride and at higher cost.
Industrial-Grade Silica Gel vs Consumer Packs
The little white packets that come inside new shoes are food-grade silica at 5-10 g per packet. Useful for a glove box, useless for a container. Industrial container desiccants like Best Dry, SilicaGelly, and Sorbstar ship in 125 g, 500 g, and 1 kg sachets, often pre-strung on plastic hooks designed to clip to lashing rings inside the container. ISO 6346:2022 governs container identification and marking, but the desiccant rating itself follows IMDG Code guidance on packaging moisture protection. For a 40ft HC export load, the standard call is roughly 8-12 kg of industrial silica distributed across the upper corners and along the ceiling.
Where silica wins for Ontario buyers: short-term sealed storage (anything under 6 weeks), export reloads, and dry goods inventory in a reefer container that gets powered up later. Where it loses: any scenario where the container will be opened regularly. Every time the doors open, the silica resets its absorption clock with fresh humid air, and the beads saturate without warning. Most buyers do not realise the indicator beads change colour from blue to pink when spent. If yours are pink, they are passive cargo, not active drying.
Is DampRid Good for Shipping Container Storage?
DampRid is a strong fit for medium-term container storage, and it is the consumer brand name for calcium chloride moisture absorbers, sold in plastic tubs at every Home Hardware and Canadian Tire in Ontario. The active ingredient is calcium chloride at 78% by weight, with a fragrance carrier making up the rest. Calcium chloride is dramatically more aggressive than silica: it absorbs up to 300% of its own weight in water and turns into a brine solution that drips through a perforated upper tray into a sealed lower reservoir.
That ratio is the headline. A 300 g tub of calcium chloride can theoretically hold 900 g of water before saturation. Choice magazine’s lab test recorded DampRid pulling humidity from 80% down to 43% in a sealed closet-sized test chamber within three days, collecting nearly half a cup of brine. Inside a 20ft container, one 4.5 oz drop-in tub covers roughly 250 square feet of floor area, which is enough for a single bin if airflow is good and the doors stay shut.
The 45-Day Window
DampRid manufacturer ratings call for tub replacement at 45 days. In Ontario climate that holds for spring and fall, but a tub deployed in a July container will saturate inside three weeks. A January tub may last 60 days. Mark the install date on the tub with a Sharpie. Check the brine reservoir at week three: if it’s more than half full of liquid, swap it. If it’s still bone dry at week six, your container has airflow that’s pulling new humid air in faster than the calcium chloride can absorb. Either case is information.
Where DampRid wins: medium-term residential and small commercial storage (cottage equipment, off-season inventory, household reno overflow), and as a top-up layer alongside ventilation. It is the most forgiving of the three because spent tubs are obvious (a full reservoir of brown brine) and replacement tubs are among the cheapest moisture-control products on the shelf at any Ontario hardware store. Where DampRid loses: any container over 320 cubic feet where you need multiple tubs across distant corners and the buyer realistically only checks one. Coverage gaps appear silently. The brine is also corrosive on bare steel if it spills, so the tubs must be secured against tipping during loading or unloading.
What Size Dehumidifier Does a Shipping Container Need?
A shipping container dehumidifier should be sized to the box and its duty cycle: a 50-pint unit for a powered 20ft and a 70-pint unit for a 40ft are the usual calls in Ontario. A compressor or desiccant-wheel dehumidifier is the active option. It uses electrical refrigeration (compressor units) or rotating silica-impregnated wheels (desiccant units) to actively pull moisture from circulating air and drain it to a tank or condensate line. Capacity is rated in pints per day or litres per day at standard test conditions (typically 30°C, 80% RH).
For a 20ft Ontario container running as a workshop, office, or storage unit with electrical service, a 50-pint per day unit handles the volume comfortably during summer. EPGNA’s container dehumidification guidance recommends roughly 90 L/day extraction (about 47 pints) for a standard 20ft in humid conditions, scaling to 150 L/day units for sensitive cargo like pharmaceuticals or electronics. For a 40ft HC with a person working inside, a 70-pint compressor unit at one end of the box plus a small recirculation fan does the job on a modest equipment budget.
Compressor vs Desiccant: The Temperature Crossover
Compressor dehumidifiers (the cheap consumer kind from Home Depot or Costco) stop working effectively below about 15°C ambient because the refrigeration coil ices over instead of condensing water. Desiccant-wheel dehumidifiers keep working down to 1°C but draw more electricity per pint extracted. For an Ontario workshop container used September through April, a desiccant model is worth the extra cost. For a summer-only ag building or May-to-October cottage workshop, the cheaper compressor unit covers the duty cycle. This is the single biggest specification mistake we see Ontario buyers make: buying a Costco compressor unit for a year-round shop and wondering why it stops draining in November.
Where the dehumidifier wins: anything with shore power, anything occupied for hours at a stretch, and anything with sensitive contents (electronics, paper records, leather, finished lumber). Where it loses: bins without an electrical hookup, unattended remote sites where a tank fills up and overflows, and short-duration storage where the equipment cost exceeds the moisture risk. A dehumidifier also generates heat as it runs, which is welcome in November and a nuisance in July.
Silica Gel vs DampRid vs Dehumidifier: Which Is Best?
Silica gel, DampRid, and an electric dehumidifier each win in a different situation, so the best choice depends on whether the container is sealed, stored, or occupied. If you are deciding between the three categories for an Ontario container, here is the operational comparison in one place. The relative-cost column reflects what each option typically runs at common Ontario retailers (Home Hardware, Canadian Tire, Amazon.ca, industrial suppliers): silica gel and DampRid sit at the low end as recurring consumables, while a dehumidifier is a larger one-time purchase that then carries a small running power draw.
| Factor | Silica Gel | DampRid (Calcium Chloride) | Electric Dehumidifier |
|---|---|---|---|
| Mechanism | Passive adsorption | Passive deliquescence | Active refrigeration or desiccant wheel |
| Absorption ratio | Up to 40% of weight | Up to 300% of weight | Continuous; tank-limited only |
| Coverage (typical 20ft) | 2-4 kg of industrial sachets | 2-3 tubs at corners | One 50-pint unit at end wall |
| Coverage (typical 40ft HC) | 8-12 kg distributed | 4-6 tubs at corners | One 70-pint unit + recirculation fan |
| Operating temperature | -20°C to +60°C | +5°C to +50°C | +1°C (desiccant) or +15°C (compressor) minimum |
| Power required | None | None | Standard 120V outlet |
| Service life | 3-6 months passive, 1 month opened | 30-60 days per tub | 5-10 years equipment |
| Relative cost (Ontario) | Low, recurring per refill cycle | Lowest, recurring per refill cycle | Highest up front, then a small monthly power draw |
| Best for | Sealed transport, export cargo | Cottage and household storage | Workshops, offices, year-round occupied |
| Failure mode | Silent saturation | Visible brine reservoir | Tank overflow if unattended |
None of these is “best” in the abstract. The right pick is the one that matches what the container is doing. Pricing for the bin itself follows a similar logic: a 40ft shipping container cost reflects what grade and condition the buyer needs, not what the most expensive option is. Same principle here.
How Much Desiccant Do You Need by Container Size?
Desiccant quantity scales with the interior volume of the container, then gets bumped up for Ontario’s climate. The industry rule of thumb is one pound of desiccant per 100 cubic feet of air space, calibrated to silica gel in moderate climate. Ontario is not moderate climate. Spring shoulder months (March, April, October, November) carry humidity loads that push container interiors through three or four dew-point crossings per day. Use these adjusted figures for an Ontario deployment.
| Container | Interior Volume | Silica Gel (Ontario) | DampRid Tubs (4.5 oz) | Dehumidifier |
|---|---|---|---|---|
| 20ft Standard Dry | ~33 m³ (1,170 ft³) | 3-4 kg | 2-3 tubs | 50-pint |
| 20ft High Cube | ~37 m³ (1,320 ft³) | 3.5-4.5 kg | 3 tubs | 50-pint |
| 40ft Standard Dry | ~67 m³ (2,390 ft³) | 6-8 kg | 4-5 tubs | 70-pint |
| 40ft High Cube | ~76 m³ (2,720 ft³) | 7-9 kg | 5-6 tubs | 70-pint |
| 45ft High Cube | ~86 m³ (3,040 ft³) | 8-10 kg | 6 tubs | 90-pint |
| 20ft Reefer (powered off) | ~28 m³ (990 ft³) | 3 kg | 2 tubs | n/a (use reefer unit instead) |
For a closer look at how interior volume varies across sea can sizes, that hub goes into the per-foot dimensions in metric and imperial. The desiccant load scales roughly linearly with interior volume, with a small extra factor for high cube units because the additional 30 cm of ceiling height holds proportionally more warm air at the top of the dew-point gradient.
Brantford Climate Math for an Average Year
Environment Canada’s Brantford weather station logs roughly 165 days per year above 70% relative humidity and 90 days per year with overnight temperatures dropping more than 10°C below daytime peaks. Both conditions are sweat triggers. The practical result is that an unconditioned container on a Brant County property will see roughly 60-80 condensation events per year, concentrated in April-May and September-October. Two replacement DampRid tubs in spring, two in fall, and the contents stay dry for most use cases. Workshops with power skip the tubs and run a desiccant-wheel dehumidifier through shoulder season instead.
Where Should You Place Desiccant Inside a Container?
Desiccant belongs in the moving air, distributed along the length of the container, not piled in one corner of the box. The placement rules below come from container industry practice and from what we observe on the buyback and trade-in bins that come back to the Brantford yard for cleaning.
Placement Rules That Actually Matter
- Distribute, do not concentrate. Two tubs at one end of a 40ft container leave the opposite end at full humidity. Spread the load across the long axis.
- High mount when possible. Warm humid air rises and condenses on the cooler ceiling first. Sachets clipped to lashing rings near the ceiling intercept moisture before it falls.
- Floor-level tubs catch overflow. Calcium chloride brine drips down by design, so floor-level placement makes refill checks easier and prevents tipping.
- Corner concentration for sealed transport only. ISO container shipping practice is corner-loaded sachets because cargo blocks airflow. For stationary land storage, distribute across the length instead.
- Avoid contact with finished goods. Brine spills stain wood, leather, and fabric permanently. Place tubs in plastic drip pans or empty bins.
- Mark install dates. Sharpie on the lid. The single most common reason desiccant fails in Ontario containers is forgotten replacement dates, not capacity miscalculation.
If the container is loaded with cargo, leave a 4-inch air gap above the stack so warm air can circulate to the desiccant. Buyers who load floor-to-ceiling and tuck sachets between cardboard boxes get the same condensation patterns they would have had with no desiccant at all because there is no air circulation to bring moisture to the absorbent.
Does Ventilation Reduce Container Condensation?
Ventilation reduces container condensation by stopping it from forming in the first place. Desiccants treat the symptom. Ventilation treats the cause. A properly ventilated container produces less condensation in the first place, which means the desiccant load needed drops by 30-50% and refill costs follow downward. The physics behind that drop is covered in detail in our deeper look at why Ontario containers condense, which walks through the temperature differential driving every Ontario sweat event.
Stock ISO containers ship with two louvred vents near the ceiling at one end, sized to allow pressure equalisation during sea transport. They are not adequate for an Ontario storage container that needs continuous airflow. The proven retrofit is a diagonal cross-vent pattern: a louvred floor-level vent on the door end and a passive ceiling-level vent on the rear wall. The temperature differential drives natural convection through the box without any electrical load. For higher-volume use, a 12V solar whirlybird vent on the roof adds active extraction when sunlight is available.
The Ventilation Sweet Spot
Cross-ventilation lowers interior relative humidity by 10-20 percentage points in shoulder season without any active equipment. A container that runs at 65-70% RH passively (instead of 85-90%) lets a single DampRid tub last 60 days instead of 25. The vent install is a one-time job: a modest parts bill plus about 90 minutes of cutting and silicone work. Most buyers recover that outlay in their first year of desiccant savings. Container modifications from our Brantford shop include this cross-vent pattern as a standard option.
What Does a Year of Container Moisture Look Like Inside?
A year of moisture leaves a visible record on the inside steel of a container, and at our Brantford yard we read it on every buyback and trade-in that comes home.
Christian LeBlanc, second-generation operator: “When a buyback bin comes back to our Brantford yard, I open the doors and look at the high-water mark inside before I even check the floor. You can read a year of moisture history on the steel. Bins with no desiccant and no vents have a brown rust line at about chest height on the door end. Bins that had two DampRid tubs and a cross-vent come back looking like the day they shipped. Same model, same length of rental, totally different story inside. Customers ask me which option is worth the money and I tell them: it’s not the desiccant that costs you, it’s the contents you find ruined when the desiccant runs out. Mark the dates. Check the tubs. The math works out every time.”
Paul started Van Blanc in 1995 after 40 years in Asian trade, and Christian has spent the last 4 years walking the yard with him while logging 19 years of indirect industry exposure from traveling with his father to Asia starting at age 15. Between them they have watched roughly 30 years of Ontario moisture cycles play out on the inside of returned containers. The pattern is consistent: ventilated and dried bins outlive unventilated and undried bins by 5-10 years in functional service life, regardless of grade or original quality. That gap is bigger than the cost difference between a factory-fresh one-trip unit and Wind & Watertight stock at our yard.
If you are weighing whether to spend a year on DampRid tubs for a one-trip container, the question answers itself. If you are weighing whether to spend on a desiccant dehumidifier for a Wind & Watertight workshop, again the math is easy. The contents you store inside cost more than any of these products. Our used shipping container buying guide goes into the grade comparison if you are still picking the bin itself.
Which Desiccant Setup Is Right for Your Use Case?
The right desiccant setup depends entirely on what the container is doing, from sealed transport to a year-round occupied workshop. Here is the decision tree we walk Ontario buyers through when they call the yard asking which desiccant to use. It assumes you already have the bin or are to take delivery from our 4 Brantford yards.
Sealed Long-Distance Transport (export or one-trip arrival)
Use industrial silica gel sachets at 1 kg per 100 ft³ of remaining airspace after cargo loading. Concentrate in the upper corners and along the ceiling. No DampRid (brine spills stain export cargo) and no dehumidifier (no power). Replace any sachet showing pink indicator beads before the container ships back.
Cottage and Off-Season Equipment Storage
Use 2-3 DampRid tubs distributed corner-to-corner, marked with the install date, replaced in May and October. Add a simple roof whirlybird if the cottage container holds anything sensitive to humidity (snowmobiles with carburettors, leather, electronics in waterproof bins). No dehumidifier unless shore power is available year-round.
Farm Equipment and Feed Storage
Cross-ventilation is the priority. Add 2 DampRid tubs as backup during shoulder season only. Silica gel is overkill for an unsealed agricultural bin because the doors open daily and the silica saturates in days. Most working farms across Norfolk County and Haldimand run cross-vented bins with seasonal DampRid and replace twice a year.
Workshop, Site Office, or Occupied Conversion
Skip desiccant entirely. Install a desiccant-wheel dehumidifier on the wall, drain to a floor sump or condensate line, and run it year-round. A 50-pint unit in a 20ft and a 70-pint unit in a 40ft handle the load. Pair with ESA-certified electrical from our Brantford modifications shop if the container is a permanent office. This is the only category where the dehumidifier pays for itself in under 18 months.
Sensitive Inventory (Electronics, Records, Leather, Pharmaceuticals)
Belt-and-braces: cross-ventilation plus a 70-pint desiccant-wheel dehumidifier plus silica gel sachets in the storage bins themselves as a final humidity layer. This is more equipment than 95% of buyers need, but for pharmaceutical buffer stock, archived business records, or musical instrument inventory it is the only stack that holds RH inside the 40-55% sweet spot year-round.
The pattern across all five use cases: match the active maintenance burden to how often you visit the container. If you check it weekly, a passive system works. If you check it twice a year, the system needs to last that long without supervision. Christian’s “mark the dates” line is the most useful single piece of advice in this guide. The math always works when the dates get checked. For the underlying causes that make Ontario containers sweat so aggressively in the first place, the cause-and-fix breakdown for Ontario sweat is the hub piece this article sits beneath.
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Frequently Asked Questions
How much desiccant do I need for a 20ft shipping container in Ontario?
For a standard 20ft container at roughly 1,170 cubic feet, use 3-4 kg of industrial silica gel or 2-3 DampRid tubs (4.5 oz) distributed across the long axis. For a powered workshop conversion, a 50-pint per day dehumidifier replaces all of the above. Ontario climate adds about 20% to baseline industry rules of thumb because of the spring and fall dew-point cycle.
Does silica gel actually work in a stationary container, or only during shipping?
Silica gel works in any closed-air environment, including stationary land storage, but it saturates faster when doors open regularly. A sealed transit container retains silica activity for 3-6 months. A storage bin opened weekly will exhaust the same sachets in 4-6 weeks. For containers opened often, calcium chloride absorbers like DampRid recover better between exposures because they continue absorbing during the closed periods.
Is DampRid safe for use inside a shipping container?
Yes, DampRid is safe for container use as long as the tubs are placed in drip pans or empty bins to catch any brine spill if a tub tips during loading. Calcium chloride brine is corrosive to bare steel over time, so spills should be wiped up promptly. The chemical itself is non-toxic to humans and pets, though it should not be ingested and the brine should not contact finished wood, leather, or fabric.
What size dehumidifier do I need for a 40ft container?
For a 40ft High Cube container running as a workshop or office in Ontario, a 70-pint per day desiccant-wheel dehumidifier handles the volume year-round. Add a small recirculation fan at the opposite end of the container to keep air moving. Compressor-style dehumidifiers (cheaper, more common at Costco) struggle below 15°C and will ice over in winter, so they are not recommended for year-round Ontario containers.
How often do I need to replace DampRid in an Ontario container?
Plan on 30-60 days per tub depending on season. July deployments saturate in 3 weeks because of summer humidity. January deployments can last 60 days. The reliable rule is to check the brine reservoir at week 3: if it’s more than half full of liquid, swap it. Mark the install date on the tub lid with a Sharpie so you do not lose track.
Can I just open the doors occasionally to dry out the container?
Opening the doors on a humid day actually adds moisture to the container, because the warm humid outside air carries more water than the cool interior air. The right approach is permanent passive cross-ventilation (a low vent at one end, a high vent at the other) which equalises temperature and humidity continuously. Opening the doors should be reserved for dry, low-humidity days if you want to use it as a drying strategy.
Will desiccant prevent rust on the inside of a used container?
Desiccant slows rust by removing the moisture that drives the oxidation reaction, but it does not stop existing rust from progressing. For a Wind & Watertight grade used container with surface rust already present, sand and prime the affected areas with a marine-grade rust converter before adding desiccant. The desiccant then prevents new rust from forming on the cleaned steel.
Do I need desiccant in a one-trip new container?
Yes, even one-trip containers benefit from desiccant during the first 6-12 months of Ontario service because the steel has not yet equalised with local humidity cycles, and the original factory paint inside traps the sealed-in humid air from the manufacturing facility. After the first year, a one-trip container with cross-ventilation typically needs only seasonal DampRid replacement (2 tubs in spring, 2 in fall) for moderate-duty storage.
What about insulation as an alternative to desiccant?
Spray-foam insulation prevents the temperature differential that causes condensation in the first place, which can eliminate the need for desiccant entirely in well-insulated containers. The catch is cost: insulating a 20ft container to R-25 is a significant investment in materials and labour, far more than a season of desiccant. For occupied workshops or year-round residential conversions the insulation pays for itself in heating costs alone. For seasonal storage, desiccant plus ventilation is dramatically cheaper.
Where can I buy industrial-grade desiccant in Ontario?
DampRid is widely available at Home Hardware, Canadian Tire, Walmart Canada, and Amazon.ca. Industrial silica gel container sachets in 125 g, 500 g, and 1 kg sizes ship from Canadian industrial suppliers including Uline Canada, Container Desiccants Direct, and DesiccantPak. Desiccant-wheel dehumidifiers are stocked by Home Depot Canada, RONA, and specialty HVAC suppliers. Our Brantford yard does not retail desiccant directly but we can point delivery customers toward the suppliers we see Ontario buyers use most often.
Sources
- International Organization for Standardization. (2022). ISO 6346:2022, Freight containers, Coding, identification and marking. iso.org/standard/82754.html
- Transport Canada. (2025). Cargo Securement Standard 10, Containerized Cargo. tc.canada.ca
- Conexwest. (2024). Shipping Container Sweating: What Causes It and How To Stop It. conexwest.com
- EPGNA. (2024). How To Dehumidify Shipping Containers (Complete Guide). epgna.com
- Environment and Climate Change Canada. (2025). Brantford Climate Normals 1991-2020. climate.weather.gc.ca
Reach Van Blanc in Brantford
We have been supplying shipping containers across Ontario since 1995. Our warehouse is at 90 Morton Avenue E in Brantford, and we deliver across the province on a cash-on-delivery basis with a real lead time, not a hopeful one. No surprise fees, no chase-the-paperwork.
Van Blanc Ent. Inc., 90 Morton Ave E Unit 1B, Brantford, ON N3R 7J7, +1 888-509-6658
If you want to walk a bin in person before deciding on a desiccant stack for it, come see the yard. Christian or Paul will show you how buyback bins look inside, which tells you more about real-world moisture performance than any spec sheet. Worth the drive for unbeatable quality, family customer service with 30 years of experience.
Related Reading
- Shipping Container Condensation in Ontario: The Complete Cause-and-Fix Guide
- Container Winter Moisture Management Ontario
- Used Shipping Container Buying Guide (Grades, CSC, Inspection)
- Sea Can Sizes and Container Dimensions (20ft, 40ft, HC, 45ft)
- Shipping Container Maintenance for Ontario Owners
- Container Modifications: Insulation, Vents, Electrical