HIGH VOLTAGE

This electrifyingly clean yeast strain is designated to increase not only the power of hops and malt in the beer but also the brewery’s operations and efficiency by thriving at warmer temperatures. Suitable for everything from lagers to IPAs.

Yeast Characteristics

Type
Type Dry yeast
Weight
Weight 0.5kg
Beer Styles
Beer Styles
Amber Ale Bock Brown Ales Double IPAs German Lagers Helles Imperial Stouts IPAs Kölsch Lagers NEIPAs Pale Ales Pilsner Porters Red Ales Stouts West Coast IPAs
Strain
Strain Saccharomyces cerevisiae
Dosage
Dosage 30 to 100g/hL
Temperature
Fermentation Temp 31ºC to 35ºC
ABV Tolerance
ABV Tolerance 17%
Nitrogen Demand
Nitrogen Demand High
Attenuation
Attenuation 76% to 80%
Flocculation
Flocculation High
Comparative Strains
Comparative Strains N/A
Features
Features
  • Remarkably clean with little ester production. It allows the hops and malt in beer to shine through without unwanted interference
  • By operating at elevated temperatures compared to traditional brewing yeasts, brewers can:
    • significantly improve tank turn-around time due to increased fermentation kinetics, resulting in beer reaching the market faster
    • significantly reduce energy consumption
    • realise faster transfer from kettle with reduced water used
  • A more sustainable option as a result
🧬 TYPE +
Dry yeast
⚖️ WEIGHT +
0.5kg
🍻 BEER STYLES +
Amber Ale Bock Brown Ales Double IPAs German Lagers Helles Imperial Stouts IPAs Kölsch Lagers NEIPAs Pale Ales Pilsner Porters Red Ales Stouts West Coast IPAs
🔬 STRAIN +
Saccharomyces cerevisiae
📏 DOSAGE +
30 to 100g/hL
🌱 NITROGEN DEMAND +
High
⚖️ COMPARATIVE STRAINS +
N/A
FEATURES +
  • Remarkably clean with little ester production. It allows the hops and malt in beer to shine through without unwanted interference
  • By operating at elevated temperatures compared to traditional brewing yeasts, brewers can:
    • significantly improve tank turn-around time due to increased fermentation kinetics, resulting in beer reaching the market faster
    • significantly reduce energy consumption
    • realise faster transfer from kettle with reduced water used
  • A more sustainable option as a result