Sterno 10102 Chafing Fuel Stem Wick Methanol 24 Per Carton

Product Description

The STERNO 10102 is a methanol-based chafing fuel in a stem wick format, designed to keep food at safe serving temperatures during catering events, buffet service, and banquet operations. Each can holds 7.14 ounces of methanol fuel and delivers a rated 6-hour burn time, making it well suited for extended service windows without mid-event refueling. The stem wick design provides a controlled, consistent flame with minimal flare-up risk. Sold in a carton of 24 cans, this product is intended for food service professionals including catering staff, banquet facilities, and institutional kitchen operations.

This chafing fuel is rated for food service grade applications and is used with standard chafing dish frames and water pans in both residential event and commercial catering settings. The 6-hour burn duration supports full-service meal periods without requiring can replacement. The case quantity of 24 is appropriate for high-volume catering operations that cycle through fuel regularly. Carton dimensions accommodate standard supply room shelving and are sized for efficient storage and transport.

Key Features

• Methanol fuel type with stem wick design for controlled, consistent flame
• 7.14-ounce can capacity with a rated 6-hour burn time
• Food service grade - suitable for use under chafing dishes at buffet and catering events
• Sold 24 cans per carton for high-volume restocking
• Packaged in individual cans for single-use convenience and easy replacement

Compatibility

Designed for use with standard chafing dish frames and water pan assemblies in food service and catering applications.

Installation Notes

This fuel is handled and used by catering and food service professionals. Always place the can in the designated fuel holder beneath the water pan before igniting. Keep away from open flammable materials and never attempt to refill a spent can. Follow all applicable local fire safety codes when storing or transporting methanol-based fuels in quantity.