STEEL CONICAL DRUMS
Our Steel Conical Drums, also known as Tapered Barrels, are stackable, nestable, and reusable, providing efficient storage and transportation solutions for customers in the food, chemical, paints, inks, coatings, petrochemical, agrochemical, pharmaceutical, and cosmetics industries.
Advantages of our Steel Conical Drums:
High-Standard Material and Process
Easier use, low cost & sustainability
High-Standard Material and Process
- Pre-painted Metal Sheets: Drums are assembled after the paint has dried and been tested, ensuring higher quality with no peeling or sticking.
- Galvanized Bottom Base: Designed to eliminate rust in the seaming area.
- Lid Options: Available in galvanized steel cover, plastic cover, or a cover with 2 bungs.
- Interior Surface Protection: Coated with certified epoxy-phenolic paint, suitable for the food industry.
- Exterior Surface: Coated with anti-rust paint to prevent rust and ensure easy detachment.
- UN Drums: Galvanized zinc-coated drums, suitable for use in the chemical industry.
Capacity and Certifications
Easier use, low cost & sustainability
High-Standard Material and Process
- Real Capacity: 220 Liters (58 gallons) or 230 Liters (60 gallons), with container dimensions compliant with ISO certifications.
- Cold Rolled Steel Sheet: Compliant with EN10130 & EN10131 standards.
- Certified: By ISO, FDA, and other regulatory agencies.
- UN Certified: Approved for the transportation of hazardous materials.
Easier use, low cost & sustainability
Easier use, low cost & sustainability
Easier use, low cost & sustainability
- Faster unloading with a forklift.
- Stackable up to 6 drums high when empty.
- Stackable up to 4 drums high when filled.
- Lower shipping and storage costs compared to non-stackable drums, fitting between 1,600-1,900 empty conical drums in one container or truckload, versus only 400 cylindrical drums.
- Reusable for multiple cycles, with easy cleanup and recyclable after final use.
- Sustainable and eco-friendly compared to plastic, fiber, and other drum materials.s.