Technical Dry Ice for laboratories — dependable −78 °C cooling for the bench
Technical dry ice for laboratories from REAL GAZ gives research teams a stable cold source at −78.5 °C that leaves no liquid and needs no electricity.
Pellets of 3 mm and 16 mm are produced from purified CO₂, so the material mixes easily with acetone or isopropanol for cold baths.
Pellets of 3 mm and 16 mm are produced from purified CO₂, so the material mixes easily with acetone or isopropanol for cold baths.
REAL GAZ supplies this product according to ISO 17025 practice, ADR UN 1845 and IATA PI 954, suitable for academic and analytical use.
Typical consumption is a few kilograms of dry ice per 24 hours for a standard insulated shipper, but this varies with box quality and ambient temperature. We help laboratory managers estimate this figure so that they order enough for the transit time and no more.
🏭 Where Laboratory Dry Ice Is Used
- ⚙️ Cold baths — dry ice with acetone holds −78 °C for low-temperature organic synthesis;
- 🔬 Sample shipping — tissue, plasma and cell lines travel frozen between sites in insulated shippers;
- 🏥 Freeze-drying support — dry ice traps and pre-freezing steps protect heat-sensitive extracts;
- 🚀 Cryo-storage back-up — blocks keep samples cold during freezer maintenance or power failure.
💡 Why Choose REAL GAZ
- ✅ Small order sizes — single boxes suit teaching and research groups;
- 🧪 Mixed formats — pellets for baths and slabs for shippers in one delivery;
- 🎯 Technical advice — staff explain bath preparation and shipper loading;
- 🔒 Safe practice — written guidance covers ventilation, gloves and disposal.
- 📄 Certificate of Analysis (CoA) — supplied with every order.
🔬 Quality Control & Safety
- purification of the feed CO₂ before pressing;
- moisture and residue checks;
- accurate weighing against order size;
- packaging pressure relief verification.
Cylinders and packaging comply with ADR / UN transport rules and relevant EN/ISO standards.
⚙️ Trusted Gas Solutions
REAL GAZ provides technical dry ice for laboratories, universities and clinics in Azerbaijan, Turkey, Georgia, Uzbekistan and the USA, with advice on safe use in enclosed rooms.
Good practice in the lab matters as much as the ice itself. Add pellets slowly to the solvent to avoid foaming, use a Dewar or insulated bath rather than glass that cannot tolerate thermal shock, and never store dry ice in a sealed cold room or ultra-low freezer. A CO₂ alarm is advisable wherever large quantities are handled regularly.
For a typical week we suggest a combination of fine pellets for baths and slabs for shippers, delivered on a fixed day so that stock is fresh. Teaching departments often order a single box before practical classes, while larger institutes sign a recurring plan. Because laboratories handle many hazards at once, we send a concise safety card that explains cold burns, asphyxiation risk and correct disposal, written in plain language for students and technicians.
REAL GAZ — steady cold for careful science.