Dry Ice Price & Pellet Cost Guide 2026: How Much Does Dry Ice Cost?

Quick answer: Dry ice price ranges from $1.50–$3.00 per pound at retail for small quantities, $0.50–$1.20 per pound for commercial wholesale bulk orders, and approximately $0.48 per pound when produced in-house from bulk liquid CO₂. The effective cost per usable pound is always higher than the quoted price because dry ice pellets lose 3–15% of their mass per day to sublimation, depending on storage conditions. A 200-lb delivery order may yield only 150–160 lbs of usable product after 24 hours.

Retail pricing: what small buyers pay

For occasional users — automotive detailers, small maintenance shops, and facilities testing dry ice blasting for the first time — dry ice pellets are purchased at retail from local gas suppliers, welding supply stores, or specialty distributors. Prices at this tier are the highest per pound because orders are small, packaging is labor-intensive, and the seller carries the full sublimation risk during storage.

At these volumes, buyers should also account for transport: dry ice cannot be stored in a sealed vehicle for extended periods, and the sublimation loss during a 30–60 minute drive in an uninsulated container can consume 5–10% of the purchase before the first pellet reaches the blaster. Pre-cooling the transport container and minimizing open time are the two simplest ways to reduce waste at the retail level.

Commercial wholesale: bulk pricing for regular users

Facilities that consume dry ice on a weekly or daily basis — mold cleaning operations, food processing plants, contract blasting services — purchase pellets at wholesale rates. The base price is significantly lower than retail, but three additional costs must be factored in to calculate the true price per usable pound.

Hazmat and delivery fees. Dry ice is classified as a hazardous material for transport (UN 1845). Legal shipping requires special handling, Class 9 hazard labeling, and ventilated packaging that allows CO₂ gas to escape. These requirements add hazmat fees and fuel surcharges to every delivery. Insulated container or tote rental may be billed separately on a per-day basis.

Sublimation during transit. A 200-lb wholesale delivery order typically experiences 20–25% mass loss within the first 24 hours of transit and handling. At a base price of $1.00/lb, the invoice shows $200 for 200 lbs, but the actual usable product arriving at the blaster is closer to 150–160 lbs — pushing the effective cost to approximately $1.30–$1.73 per usable pound. Ordering a 25–30% buffer above estimated consumption is standard practice for scheduled maintenance work.

Storage at the facility. Once delivered, pellets must be stored in a vented, insulated container — never sealed airtight, as sublimating CO₂ builds pressure. Standard storage boxes with 2–3-inch insulation walls can hold pellets for 1–3 days with acceptable loss. The GR-DIS-135L storage box provides a 135 L reference capacity for staging pellets near the work area. For sensitive applications or longer storage windows, specialized multi-layer vacuum-insulated containers can reduce daily sublimation to under 2%.

The sublimation factor: why quoted price ≠ usable cost

Dry ice sublimates — transitions directly from solid to gas — at a rate determined primarily by surface area, insulation, and ambient temperature. Pelletized dry ice sublimates faster than solid blocks because smaller particles have a much higher surface-area-to-volume ratio. The widely cited baseline is 5–10 lbs lost per 24 hours in a well-insulated container, but for 3 mm blasting pellets, daily loss routinely reaches 5–15% of total mass, and in hot or high-airflow conditions the figure climbs higher.

The practical implication is straightforward: you cannot order dry ice pellets weeks in advance and store them. Pellets must be sourced within 1–3 days of use, from a supplier close enough that transit time does not consume a significant fraction of that window. This logistical constraint is often the deciding factor between continuing to buy delivered pellets and investing in on-site production.

In-house production: when making your own pellets makes sense

For facilities consuming 100 lbs or more of dry ice per day — or operating blasting equipment for 20+ hours per week — producing pellets on-site from bulk liquid CO₂ typically becomes the lowest-cost option. The arithmetic is straightforward.

Bulk liquid CO₂ costs $0.15–$0.25 per pound delivered to a site tank. The conversion ratio in a pelletizer is approximately 2.4 lbs of liquid CO₂ to produce 1 lb of solid dry ice pellets — the remaining mass vents as gas during the expansion process. This yields an effective raw material cost of roughly $0.36–$0.60 per pound, with industry averages clustering around $0.48 per pound of usable pellets.

At 100 lbs of daily consumption, in-house production at $0.48/lb costs approximately $48/day in raw materials, compared to $130–$173/day for delivered wholesale pellets after fees and sublimation. The annual savings exceed $20,000 — enough to recover the cost of a pelletizer within the first year of operation for many facilities. The dry ice pelletizer buying guide provides a full investment analysis.

However, in-house production adds operational responsibilities: liquid CO₂ tank installation and permitting, electrical supply for the pelletizer, operator training, maintenance ownership, and ventilation for the production area. These are not trivial, but for high-consumption operations the economics are compelling. The GR-DIP-50KGH pelletizer is a reference configuration producing 40–50 kg/h with 3 mm, 16 mm, and 19 mm pellet tooling options — only the 3 mm option is relevant for blasting applications.

How location and season affect dry ice price

Dry ice pricing is regional and seasonal in ways that equipment pricing is not. Proximity to a liquid CO₂ production facility — typically tied to ammonia plants, ethanol refineries, or hydrogen production — is the single largest geographic factor. Facilities located within 100 miles of a CO₂ source often pay 30–50% less for both liquid CO₂ and pre-made pellets than those in remote areas requiring long-haul delivery.

Seasonal demand also moves prices. Summer months see increased demand for cold-chain shipping, food transport, and event cooling, which can push retail and wholesale pellet prices 10–20% higher than winter rates. Facilities with predictable year-round consumption are best served by annual supply agreements with volume commitments, which smooth out seasonal pricing and guarantee allocation during peak-demand periods.

For a complete picture of blasting costs beyond pellets alone — including machine purchase, compressor costs, and annual operating comparisons — see the dry ice blasting machine price guide. Browse the dry ice equipment catalogue for compatible blasters, storage, and pellet production equipment.

Frequently asked questions

How much does dry ice cost per pound?

Retail: $1.50–$3.00/lb for small quantities. Commercial wholesale: $0.50–$1.20/lb base, with effective cost after delivery fees and sublimation reaching $1.30–$1.73 per usable pound. In-house production from bulk liquid CO₂: approximately $0.48/lb.

How much dry ice is lost to sublimation during storage?

In standard insulated containers, 3–8% per day. For 3 mm blasting pellets, daily loss can reach 5–15% in poor storage. A 200-lb delivery order may yield only 150–160 lbs of usable product after 24 hours. Hot ambient conditions and air circulation accelerate loss significantly.

When does in-house pellet production make financial sense?

At roughly 100+ lbs of daily consumption, on-site production from bulk liquid CO₂ saves over 70% compared to delivered pre-made pellets — approximately $48/day vs. $130–$173/day. The pelletizer investment can recover within the first year for many facilities.