Admiral Kilnsmith | California-Grown Organic Caramel Malt
We sell our grain by the ounce, and you can trust that our measurements are precise. We ensure accuracy within 0.08 ounces—equivalent to just 6-10 grain kernels—because we know how important it is for your brewing success. As fellow brewers, we treat your ingredients with the same care we use for our own. Utilize our convenient recipe builder options to combine grains as needed. Please consider combining grains to save time and materials—rest assured, your measurements will always be spot on.
Grain Specifications:
Maltster: Admiral Maltings
Grain Type: Caramel & Crystal Malts
Lovibond: 80 - 100
Category: Barley
Notes: Grape nuts, toffee, brown sugar
Admiral Kilnsmith Organic Caramel Malt | Rich Flavor & Color | 1 oz & 55 lb Bag
Admiral Kilnsmith Organic Caramel Malt is an exceptional caramel malt made from sustainably grown, California barley. Crafted with a unique kilning process that combines caramelization with Maillard reactions, Kilnsmith delivers deep color and complex flavor without excessive residual sweetness. This malt imparts a rich, ruby-brown hue along with flavors of grape nuts, toffee, and brown sugar—ideal for adding depth to a range of beer styles, from amber ales to stouts.
Perfect for Small Batches and Bulk Brewing
We offer Kilnsmith Malt in 1 oz quantities for homebrewers wanting to experiment with this distinct flavor, as well as 55 lb bags for larger brews or consistent use. Its organic certification and sustainable sourcing make Kilnsmith an excellent choice for brewers dedicated to quality and environmental stewardship.
Key Features
- Organic, Sustainably Sourced: Made from California-grown barley, supporting local agriculture and environmentally conscious brewing.
- Unique Kilning Process: Combines caramelization and Maillard reactions, resulting in rich, complex flavors.
- Ideal for Color and Flavor: Adds a ruby-brown color and toasty, caramel-like flavors of toffee and brown sugar.
- Available in 1 oz & 55 lb Bags: Suits both small-batch experimentation and full-scale production.