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HS Code |
569265 |
| Product Name | Hop Yeast Powder |
| Form | Powder |
| Color | Light yellow to beige |
| Ingredient Origin | Yeast (Saccharomyces cerevisiae) and hops extract |
| Solubility | Water-soluble |
| Primary Uses | Brewing, baking, food supplements |
| Storage Temperature | Cool, dry place; below 25°C |
| Shelf Life | 12-24 months (unopened) |
| Nutritional Content | Rich in B-vitamins and proteins |
| Flavor Profile | Slightly bitter and aromatic |
| Potential Allergens | May contain traces of gluten |
| Recommended Dosage | 1-5g per batch (varies by application |
| Packaging | Sealed food-grade pouches or jars |
| Country Of Origin | Varies (commonly Europe or USA) |
As an accredited Hop Yeast Powder factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Hop Yeast Powder is packed in a sealed, moisture-proof 500g pouch with clear labeling, including batch number and safety instructions. |
| Shipping | Hop Yeast Powder is shipped in tightly sealed, moisture-proof containers to maintain purity and potency. Packages are clearly labeled with handling and hazard information. Shipping complies with relevant regulations, avoiding extreme temperatures and direct sunlight. Standard delivery includes appropriate documentation and tracking to ensure safe, efficient, and compliant transportation. |
| Storage | Hop Yeast Powder should be stored in a tightly sealed container in a cool, dry, and well-ventilated area, away from direct sunlight, heat, and sources of moisture. Keep the storage area free from incompatible substances such as acids and strong oxidizers. Avoid prolonged exposure to air to maintain product quality and prevent contamination. |
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Purity 98%: Hop Yeast Powder with purity 98% is used in craft beer fermentation, where it enhances flavor consistency and fermentation efficiency. Particle size D90 < 100 µm: Hop Yeast Powder with particle size D90 < 100 µm is used in beverage formulations, where it improves dispersion and uniformity. Moisture content < 5%: Hop Yeast Powder with moisture content less than 5% is used in nutritional supplements, where it increases shelf life and prevents microbial growth. Protein content > 48%: Hop Yeast Powder with protein content above 48% is used in protein-enriched bakery products, where it enhances nutritional value and dough structure. Alpha acid content 10%: Hop Yeast Powder with alpha acid content at 10% is used in hop-forward ales, where it boosts bitterness and aromatic complexity. Thermal stability up to 80°C: Hop Yeast Powder stable up to 80°C is used in high-temperature brewing processes, where it maintains enzymatic activity and product integrity. pH tolerance 3.8–5.5: Hop Yeast Powder with pH tolerance between 3.8 and 5.5 is used in fruit-based fermentations, where it ensures robust yeast performance and stable fermentation kinetics. Gluten-free certified: Hop Yeast Powder that is gluten-free certified is used in gluten-free beer production, where it meets dietary requirements and prevents allergen contamination. Solubility > 95%: Hop Yeast Powder with solubility greater than 95% is used in instant beverage mixes, where it delivers rapid dissolution and consistent texture. Lead content < 0.01 ppm: Hop Yeast Powder with lead content less than 0.01 ppm is used in premium wellness products, where it ensures product safety and regulatory compliance. |
Competitive Hop Yeast Powder prices that fit your budget—flexible terms and customized quotes for every order.
For samples, pricing, or more information, please call us at +8615371019725 or mail to admin@sinochem-nanjing.com.
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Hop Yeast Powder isn’t just another line on our catalog. When you look at this product, you’re looking at the result of years of listening to what craft and industrial brewers fight against in their fermentation rooms. Model HYP-380, our current standard, proves that small adjustments in strain selection and powder processing pay off. From monitoring every fermentation curve to catching off-flavors before they reach the tank, our daily life behind the tanks has shaped how we treat both yeast and hop derivatives right from the source.
Making hop yeast powder is not as simple as drying slurry and scooping it into a bag. Each bottle represents a controlled fermentation, timed and monitored from the first cell count through the critical drying phase, then checked again during milling to ensure active cell numbers don’t slump below target. We’ve found that keeping temperature around 38°C during drying keeps flavor notes sharper and accentuates the hop esters in the final product.
Once, most brewers leaned heavily on liquid or cream yeast slurries. Cleaning those tanks taught us about clumping, shelf-life melt-down, and the smell that says, “toss the batch.” Only a handful of operators wanted to deal with sour storage. Our Hop Yeast Powder doesn’t have that problem, holding its own in a dry bag for over a year, still kicking out reliable fermentation profiles. You don’t track expiration dates as closely when the powder never turns. We’ve built HYP-380 to meet storage demands in both hot and cold climates because our export partners run the same equipment in new breweries from Chile to Vietnam, and spoilage isn’t an option in either place.
Yeast powders let brewers standardize flavor without dosing issues or yeast fatigue. Any time you pop a pouch of HYP-380, you pull out a consistent pitching rate, no clumps, no late starts, no wild temperature swings. Brewers trust the powder to rehydrate and wake up clearheaded, which means fewer diacetyl headaches and less panic over Ruh and lag phases.
Every lot starts with a thorough blend of Saccharomyces cerevisiae, strong enough to ferment high-gravity wort, but tailored through co-processing with hop alpha acids. Fermentation trials in the plant taught us that striking the balance between yeast aggression and the distinct aroma profile only happens with careful hop concentration. Many brewers want citrus and pine, but too much hop chew up yeast activity. By tweaking hop ratios and maintaining spore viability, HYP-380 consistently delivers subtle tropical fruit and floral notes – not just bitter blasts.
Our yeast powders aren’t repackaged leftovers from brewing runs. We cultivate starter cultures from high-performing strains, and only co-process with hop derivatives under conditions where cell health stays intact. We’ve found a cut-off moisture content at 4.5% strikes the best shelf stability without trapping volatile off-notes. Instead of looking for the lowest cost carrier, we use maltodextrin. That makes powder simpler to blend into wort and keeps aroma compounds stable, even after weeks on a dry warehouse shelf.
Anyone who knows brewery routines knows the complaints about inconsistent yeast slurry. Powder flips the script. Start with sanitized water (between 28-32°C) and add HYP-380 at pitching rates that suit your house style. We suggest 80 to 120 grams per 100 liters of wort depending on your gravity, but experienced hands adjust by eye and nose. Give it 10-15 minutes to rehydrate fully, stir gently to avoid foaming, and dose directly into the cooled wort.
Unlike liquid formats that call for crash cooling, powder works in a tight temperature window and doesn't demand secondary clearing. No need to wash and rinse tanks between every pitch, because clumping doesn’t occur. HYP-380 holds up even with wort that picks up more IBU from aggressive hops schedules, because the strain was built to tolerate up to 85 IBU without sticking or dropping out early. Our fermentations with this model run smooth and finish with reliable attenuation—usually between 78% and 82%, which comes from a clean, healthy re-pitch.
A lot of suppliers talk up blended hop and yeast products, but as manufacturers, we see where shortcuts lead brewers astray. Blending regular dry yeast with pelletized hop powder in a bag may look like a hop yeast powder, but it doesn’t act the same in the tank. The yeast often shows fatigue near the end, and bitterness jumps in inconsistent ways from batch to batch.
Hop yeast powder from us means the yeast and hop compounds co-ferment. Every cell in HYP-380 has adapted to hop compounds, so you get both hop clarity and a robust fermentation. Brewers tell us the mouthfeel and nose in hop yeast batches stand out. We’ve tracked flavor carryover on our own pilot systems—side-by-side comparisons show fewer sharp green notes. Fermentation lasts 24-36 hours less per batch compared to dry yeast plus hop additive runs, which frees up vessels and keeps production moving.
Hop selection is a farmer’s art, and every harvest is a gamble depending on weather, soil, and annual disease cycles. We work directly with several long-term growers to test incoming hop lots for alpha and beta acid stability. Once hops reach us, a separate line extracts essential fractions for our yeast. This way, no bitterness spikes or strange phenolic notes sneak into our powder, because origination and processing line never separate. Brewers appreciate that our batches of HYP-380 track aroma fluctuations, not just bitterness levels.
Years ago, we had a pilot batch drop in test fermentations because the hop oil fraction ran high, and the strain flagged after three days. That taught us: cut hop oil by 0.4% and track every inbound shipment. No more surprises. Brewers can taste that kind of detail. The model’s hop aroma profile only walks the tight line between fresh citrus, mild resin, and faint floral edges because nothing goes in the dryer or into blending without double-checks. We don’t see that rigor from bulk blenders or contract packers.
One hidden advantage of hop yeast powder: cleanup. Every operator who’s drained a tank of spent yeast and hop sludge knows the struggle. Wet formats cling to vessel walls, slow down CIP, and frequently clog pumps. HYP-380 breaks up cleanly and doesn’t stick to tank floors. Fewer residues translate into less caustic, easier rinses, and less threat of contamination between batches.
Less waste doesn’t only mean cleaner tanks. A stable dry powder keeps yeast cell viability high, so you lose less to die-off on the shelf. Fewer live cells pitched means hitting attenuation targets faster, and with more confidence. No operator wants a batch kicking off late, dragging fermentation into overtime, or needing sugar corrections at the last minute. With HYP-380, every batch saves a costly day or two of waiting.
Sustainability hits the production side harder than most see. Keeping yeast propagation efficient means running at full cell densities and recycling cooling water. Powder format lets us consolidate packaging—one five-kilo bag replaces twenty liters of liquid, which means smaller, lighter shipments and less plastic waste. Brewers cut down on freight, and nobody hauls back heavy bins of expired slurry. This didn’t happen by accident. Our plant invested in closed-loop vacuum drying specifically to cut energy inputs and protect cell wall structure during drying. Every step saves both cost and resource drain.
We’ve seen smaller craft brewers test five yeast strains in as many weeks, searching for flavor, but the waste piles up. Hop yeast powder means they only bring in what they plan to use, and off-flavor trials or stuck fermentations drop off. More flexibility, less overordering, and less spoiled product hiding at the back of the cold room. We document all raw material origins and set rigorous batch controls. If a flavor trend shifts, or a partner wants more fruit-forward or pine-driven aromas, our lab tweaks the input ratio. Powder format gives us the control to react, not just respond, to brewer demands.
Competition judges highlight dryness, clarity, and stable foam in ales brewed with HYP-380. These aren’t flukes. They come from powder that leaves less protein haze, doesn’t drag tannin or heavy oils, and keeps flavor tight. As a team of hands-on staff, we hear from breweries who stopped struggling with inconsistent fermentations the moment they switched from liquid cultures and unreliable hop blends. Their feedback lands directly on our production screens, and we’ve kept every suggestion list since our first pilot run.
Our batch records tally both tank-side and sensory performance, and we never mask flaws. Only batches that hit high cell viability, active hop-derived aroma, and steady fermentation head into bags. In truth, some craft breweries have taught us fresh ways to blend old and new technology. Constant feedback, direct visits, and joint taste panels keep our product standards real rather than theoretical.
Innovation at the manufacturer level means seeing both the daily grind and the bigger trends shaping beer. Hard seltzer brewers increasingly use HYP-380 to add aroma without running risk of haze or batch separation. Bread and snack producers also experiment with controlled hop and yeast flavors to win over a crowded market. The powder’s versatility signals growing potential outside just brewing tanks.
From the start, our goal has been to build products brewers and food technologists lean toward without reservations. Hop yeast powder answered the call for flexibility, reliability, and a little creativity. Breweries of every scale now demand partners who solve real problems, not just ship the same bag off another truck. That’s the kind of trust we work for—earned over every fermenter cleaned, every recipe tweaked, every test batch run until the labels and tanks all match.
To us, HYP-380 isn’t another commodity ingredient. Every batch, every tweak, every hop lot, and yeast propagation responds to honest conversation with the hands who use the product. The pageant of shiny marketing lines means less to us than the message our partners send after pouring a pint of their best. If what you make in your tanks depends on steady flavor, reliable attenuation, and a fermentation partner that scraps for tighter, cleaner, and fresher results, our hop yeast powder waits in every bag, built on the back of real-world brewing.