Ale
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White Labs PurePitch® Next Generation WLP568 Belgian-Style Saison Ale Yeast Blend
This blend incorporates multiple Belgian and saison strains to produce pear-like esters backed by spicy, earthy and clove-like flavors and aromas. The cultures encourage complete fermentation in a timely manner and create harmony and complexity throughout its ester and phenol production.
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White Labs PurePitch® Next Generation WLP575 Belgian-Style Ale Yeast Blend
A blend of two monastery-type yeast strains and one Belgian ale-type yeast. This blend creates a versatile culture which can be used for monastery-style beers or a myriad of American-Belgian style beers.
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White Labs PurePitch® Next Generation WLP618 NA All Day
This strain of non-conventional brewing yeast, Saccharomycodes ludwigii, has been found to be useful when brewing a low alcohol beer. This specific strain has been chosen because of its lower ethyl acetate production compared to similar strains. This species does not ferment maltose or other larger sugars and will only ferment the glucose, sucrose, and fructose.
This strain is appropriate for all styles of low alcohol beer. Although this would be categorized as a wild yeast, this strain would not typically be considered a beer spoiler as it does not have the ability to ferment larger sugars. Using this strain to create a low alcohol beer requires a modified recipe.Out of Stock -
White Labs PurePitch® Next Generation WLP510 Bastogne Belgian Ale Yeast
A high-gravity ale yeast that produces a dry beer with a slightly acidic finish. While fruit forward, this strain is mild on spice-like phenols. With a high alcohol tolerance upwards of 15% ABV, this strain is great for any Belgian styles ranging from a table beer to a dark strong ale.
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White Labs PurePitch® Next Generation WLP410 Belgian Wit II Ale Yeast
A fairly clean strain with medium intensity and spice-like phenol production. With up to 75% attenuation, this strain produces a residual malt character. It helps balance any adjuncts resulting in increased drinkability. Slightly lower resulting pH than English or American ale strains, it creates a slightly tart refreshing beer. This strain is ideal for witbiers or Belgian table beers.
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White Labs PurePitch® Next Generation WLP041 Pacific Ale Yeast
Hailing from the Pacific Northwest, this strain is a mild ester producer while promoting malt character. It can be used for a range of styles from an English mild to an American IPA or Irish stout. A great flocculator, it leaves a clear beer and saves on conditioning time.
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White Labs PurePitch® Next Generation WLP051 California V Ale Yeast
This strain has more similarities to an English strain than WLP001 California Ale Yeast®. It is a big ester producer, showcasing notes of cherry and apple which compliment pale ales, blonde and brown ales. Typically leaves some residual, lager-like sulfur compounds in finished beer. Recent sequencing studies show that this strain belongs to Saccharomyces pastorianus species, the same hybrid species as most lager strains. However, this strain has been used to make ales for decades and was previously categorized as belonging to Saccharomyces cerevisiae.
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White Labs PurePitch® Next Generation WLP060 American Ale Yeast Blend
This blend of three strains creates a clean and neutral fermentation character, making it ideal for use in many different American beer styles. The blend lends complexity to finished beer by exhibiting a crisp, clean lager-like character with accentuated hop flavors and bitterness. A slight amount of sulfur can be produced during peak fermentation.
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White Labs PurePitch® Next Generation WLP066 London Fog Ale Yeast
This is the go-to strain for New England-style IPAs. It produces a medium ester profile similar to WLP008 East Coast Ale Yeast. It leaves some residual sweetness, helping accentuate both malt and hop flavors and aromas, while retaining a velvety mouthfeel.
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White Labs PurePitch® Next Generation WLP072 French Ale Yeast
A clean strain that complements malt flavor. Low to moderate esters are produced when fermentation temperature is below 70°F (21°C). Moderate to high ester character achieved above 70°F (21°C). Low diacetyl production.
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