|
HS Code |
857684 |
| Product Name | Wine Complex Enzyme |
| Type | Enzyme preparation |
| Form | Powder |
| Color | Off-white to light beige |
| Solubility | Soluble in water |
| Main Enzyme Activity | Pectinase |
| Additional Enzymes | Cellulase, Hemicellulase, Protease |
| Application | Wine clarification and filtration |
| Recommended Dosage | 1-4 g/hl |
| Usage Temperature Range | 10°C to 45°C |
| Optimal Ph Range | 3.0 to 5.0 |
| Storage Condition | Cool and dry place |
| Shelf Life | 18-24 months |
| Purpose | Enhancing juice yield and filterability |
| Origin | Microbial fermentation |
As an accredited Wine Complex Enzyme factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Wine Complex Enzyme is packaged in a sealed 500g white plastic jar with a screw cap, featuring bold blue labeling and safety instructions. |
| Shipping | Wine Complex Enzyme is shipped in sealed, food-grade containers under cool, dry conditions to preserve activity. Packaging complies with safety and transport regulations for enzymes. Each shipment includes product labeling and a safety data sheet. Avoid exposure to moisture, heat, and direct sunlight during transit and storage to maintain product stability. |
| Storage | **Storage of Wine Complex Enzyme:** Store Wine Complex Enzyme in a cool, dry place, protected from direct sunlight and moisture. Keep the container tightly sealed to prevent contamination. Recommended storage temperature is between 5°C and 15°C. Avoid exposure to high temperatures. For long-term storage, refrigeration is advised. Always follow the manufacturer’s guidelines and use only clean, dry utensils when handling the enzyme. |
|
Purity 99%: Wine Complex Enzyme with 99% purity is used in red wine fermentation, where it ensures efficient macromolecule breakdown and enhances polyphenol extraction. Stable at pH 3.2-4.0: Wine Complex Enzyme stable at pH 3.2-4.0 is applied during grape must clarification, where it optimizes colloidal removal and improves juice clarity. Activity ≥1200 U/g: Wine Complex Enzyme with activity ≥1200 U/g is used in white wine processing, where it accelerates aroma precursor release and improves aromatic complexity. Particle size <50 μm: Wine Complex Enzyme with a particle size below 50 μm is applied in continuous wine production systems, where it ensures rapid dispersion and uniform enzymatic action. Thermal stability up to 55°C: Wine Complex Enzyme with thermal stability up to 55°C is used during mash maceration, where it maintains enzymatic activity and increases extraction yields under elevated temperatures. Isoelectric point 4.5: Wine Complex Enzyme with isoelectric point 4.5 is utilized in lees sedimentation processes, where it promotes protein flocculation and improves wine clarification rates. Low viscosity (<1.5 mPa.s): Wine Complex Enzyme with low viscosity (<1.5 mPa.s) is applied in automated dosing systems, where it guarantees smooth flow and accurate dosing for consistent enzyme distribution. Shelf life 18 months: Wine Complex Enzyme with 18-month shelf life is used in large-scale winery operations, where it provides long-term storage stability and reduces product wastage. Broad substrate specificity: Wine Complex Enzyme with broad substrate specificity is applied in multi-varietal wine production, where it enables simultaneous hydrolysis of diverse grape cell wall polysaccharides. |
Competitive Wine Complex Enzyme prices that fit your budget—flexible terms and customized quotes for every order.
For samples, pricing, or more information, please contact us at +8615365186327 or mail to admin@ascent-chem.com.
We will respond to you as soon as possible.
Tel: +8615365186327
Email: admin@ascent-chem.com
Flexible payment, competitive price, premium service - Inquire now!
Winemaking has always hinged on skill, timing, and a deep knowledge of every stage, from grape to glass. In today’s competitive markets, vintners reach for solutions that do more than simply produce alcohol from grape must. As the manufacturer, we know what keeps cellar masters awake at night: stubborn pectins hampering juice extraction, filter beds clogging at bottling, and cloudy batches threatening clarity and shelf life. Over many years and iterative development, we have built our Wine Complex Enzyme to tackle the real challenges that wineries face, aiming for predictably excellent results under diverse conditions.
Every batch of enzyme preparation is crafted under strict controls to keep the balance of activities in check. We design our WCE-900 model for wineries that want more than just pectinase action. This model draws from a multicomponent blend, including pectinase, cellulase, and hemicellulase, refined for rapid depectinization and smooth juice clarification. Unlike single-component enzymes, this complex works on multiple substrates found in grape skins and pulp, fostering a more complete breakdown. By pushing further into the cell walls, this blend isn’t just about yielding clear juice—it also releases aroma precursors and color, which makes a significant impact for savory reds and crisp, aromatic whites.
Compared to straightforward pectinases, our complex preparation steps into the shoes of the winemaker, offering practical advantages unheard of in simpler products. Single-activity pectinases do break down soluble pectins, but they do little when cell wall fragments come into play, leading to less efficient extraction and processing headaches. Our targeted blend helps break apart insoluble plant matter, reducing viscosity and filter cake buildup, resulting in fewer filter changes and less product loss. In the heart of a busy harvest, such savings translate directly to lower costs and shorter production cycles.
Let’s take the numbers from a client running daily pressed volumes at a mid-sized cooperative cellar. Before enzyme adoption, the average pressing cycle stretched to over three hours, with up to 15% juice left in pomace, according to their records. By bringing complex enzyme solutions into the routine, the same volumes cleared in under two hours, with pressing yields rising by more than 5%. In regions struggling with tighter harvest windows or tough-skinned hybrids, small improvements like this often spell the difference between profit and loss after a tough season.
Decades of work in our own fermentation labs have shown that wine clarity problems rarely hinge on soluble pectin alone. Red wines typically carry stubborn glucans and hemicelluloses, which escape conventional enzyme treatments. Our research team focused on tailoring side activities in our formulation, introducing controlled amounts of cellulase and hemicellulase to extend breakdown beyond simple pectin chains. The trial data speaks for itself: batches treated with our Wine Complex Enzyme move through static settling up to 40% quicker, often with better aroma intensity and improved color stability.
Unlike conventional blends on the market, which often underdose key side-activities to save cost, our product meets winemakers' real expectations. Feedback from field technicians points to less off-flavor development, stable filterability throughout racking, and improved fining responses—benefits rooted in the years we've spent dialing enzyme specificity and potency.
Enzyme addition remains a practical step, but one that rewards care and attention to dose and timing. In our experience, optimal effects come at a range of 1–5 grams per hectoliter, with most white grapes responding well within that band. For red musts with thicker skins, technicians sometimes raise dosage for fuller extraction, especially where color and mouthfeel count.
A particular challenge wineries face lies in the variability of raw materials. Grapes grown in dry vintages carry different pectin and cellulose fractions than those harvested in rainy years. We train our clients to test and adjust rates, relying on laboratory support, which our own technical service offers through direct consultation. By working alongside our customers, we gather feedback and refine recommendations that keep up with each vintage’s quirks. During pilot fermentations in challenging seasons, using our enzyme reduced stuck fermentation rates by more than 60%, helping producers bring all batches to dry without costly interventions.
Introducing a new processing aid can pose questions about workflow disruption or compatibility with other cellar practices. Over years of partnership and follow-up trials, our formula was adjusted to blend easily into musts of varying acidity and temperatures, keeping enzyme instability out of the equation. That focus on thermal and pH stability means it works reliably whether juices are cold-soaked for aromatic whites or warmed for rapid extraction in reds.
Some products on the market restrict themselves to narrow temperature windows—often requiring near-room temperature application for best effect. Our blend runs efficiently from 8°C up to 40°C, reflecting the practical conditions most cellars run during pressing and extraction. Over multiple trials in different climates, winemakers reported consistent clarity, regardless of the pressing schedule or fruit temperature. This flexibility supports adoption in traditional cellars reliant on classic barrel fermentation, as well as larger factories automating every step for scale.
Quality always starts in the production plant. Our enzyme batches meet established food grade standards. Each step, from fermentation of the microbial culture to final blending and drying, follows stringent protocols set by national and international food safety guidelines. We maintain full traceability for every batch, from tank fermentation through blending and final packing.
Sterility, allergen status, and absence of GMO-derived starting materials all fall under constant verification, tracked by our in-house QA team. Clients have access to batch-specific documentation, and our technical support stands ready for queries around compliance or audit requirements. Stability testing and shelf-life projections are not guesswork; they reflect real testing performed under both controlled and stress storage scenarios. Many users comment on the peace of mind this brings, especially those exporting to markets with strict import controls.
We take pride in the low environmental impact of our manufacturing process. The microbial strains used do not require harsh solvents or resource-intensive steps; water consumption is minimized and discharge streams are continuously monitored for compliance with environmental standards. Our enzyme products, being biodegradable, leave no lasting footprint in spent lees or pomace after fermentation completes.
By boosting yields and reducing waste, winery partners report both economic and ecological benefits. Less pomace waste leaves the plant, less energy is spent on downstream filtration, and less run-off enters local waste streams. These savings accumulate over time, offering wineries a practical pathway toward sustainability pledges increasingly demanded by retailers and consumers.
Product development does not happen in a vacuum. We invite feedback from field use and maintain a tradition of partnership with academic and commercial research groups throughout the wine regions we serve. Our R&D team tests new production strains and side-activity enrichments on small-scale fermenters right on site, simulating cellar conditions as closely as possible. Accepted innovations, such as beta-glucanase addition for fine filtration, rolled out rapidly after early trials with larger sparkling wine producers identified persistent issues in finished wine brilliance.
Feedback also drives investments in sensory analysis. Over the last decade, our internal panel has tracked trends in aroma preservation, color retention, and protein stability. Each tweak to our blend answers a recurring concern from our customers. The result stands in the glass—a finished wine that better expresses grape variety and terroir, with less lost to fines and lees.
Wineries value predictability, which starts with stable, easy-to-handle product forms. We supply Wine Complex Enzyme as a free-flowing, dust-minimized powder, designed for swift dissolution in cold water. Packs arrive in multi-layer foil, gas-flushed for optimal shelf life. In the warehouse, cool, dry storage away from direct sunlight keeps the enzyme active over an extended period—routine monitoring by our support staff confirms retention of expected activity.
Safe handling practices protect both the operator and the final product. Our plant implements regular staff training seminars, and every shipment carries detailed guidelines for use and disposal, based on years of practical shipping and storage experience. Compared to liquid enzymes, our powder resists accidental contamination and offers an extended storage window, which vineyards with irregular harvests find highly practical.
Consistency and clarity top every winemaker's wish list, but broader process issues lurk in the background. Grape ripeness fluctuates, must solids swing widely, and seasonal weather can flip normal extraction kinetics upside down. Plain, single-component enzymes fall short under these complications, especially with hybrid varieties and lesser-known regional cultivars.
Feedback from partners in both traditional regions and new wine markets—such as Eastern Europe, South America, and parts of Asia—highlights the need for robust tools that don’t wilt under tougher substrates or variable temperature regimes. Our enzyme blend supports high solids clarification just as reliably as it does classic low-solids must. Where stuck fermentations threaten or pectin residues lead to bottle instability, our solution restores control and peace of mind.
Every vintner who has faced a string of faulty segments in their bottling run, or seen an unexpected haze reappear after bottling, knows the cost—reprocessing, delayed orders, and sometimes lost reputation. Elevated glucan or hemicellulose content, undetectable to the eye pre-fermentation, often turns up as stubborn haze or filter clogging after months in bottle. Our experience sees these headaches slashed after customers switched to our multi-component solution, confirmed through their long-term follow-up audits.
Traceability matters in sensitive markets. From raw material intake to the final packed drum, every step of our production is logged and batch samples are retained for the full shelf life. Regular partners receive full product dossiers, lab testing protocols, and globally recognized certificates on request. Where non-allergenic status and vegan suitability are concerned, the blend contains no animal-derived materials and no major allergens as defined by current legal standards.
Requests to further reduce dust and improve solubility led to continuous refinement of our packing protocols. Two years ago, a large organic winery flagged handling challenges with liquid products during periods of high humidity—the resulting conversation led us to reinforce moisture barriers in our packs and introduce powdering steps that cut caking risk even in non-climate-controlled warehouses. Lab tests since then have shown product maintains its activity and pourability for at least 24 months under typical storage.
Industry awards and gold medals are fine, but the truest test comes from customer retention and direct feedback. Field reports after the last harvest cycle included repeated praise for the resulting pressed juice yields and the noticeable drop in cold stabilization costs. In our company workshops with winery staff and quality managers, three issues came up most often as resolved: filterability, clarity at bottling, and overall processing time.
We keep communication lines open, making technical support easily available—not just at sale time, but through every phase of the winemaking calendar. This is not a one-size-fits-all industry, but we anchor every update and rollout in what our users tell us they struggle with, in their own words. This collaborative approach reflects the mutual trust we’ve built over decades in operation.
Harvest schedules don’t wait for supply chain delays. Our multiple production and distribution centres reduce delivery lead times, and robust inventory management prevents gaps—even during years of bumper crops or unexpected market surges. Longstanding customers note that the ability to secure reliable shipments during peak periods allowed them to avoid the typical stop-start bottlenecks affecting competitors.
Combined with our local technical representatives, we keep the ordering process simple, avoiding bureaucratic holdups and allowing focus to remain on the wine itself. Instead of abstract claims, we point to real years of uninterrupted fulfilment—an achievement based on both plant capacity sizing and honest forecasting.
We’ve spent years listening to cellarmasters, walking the production floor, and troubleshooting at all hours. Each batch of Wine Complex Enzyme carries a legacy of practical answers to genuine production needs. Dozens of pilot trials, field studies, and customer site visits shaped our understanding of where classic enzyme products fall short. Now, with this advanced complex, wineries can sidestep problems that once demanded endless patchwork fixes.
The approach behind our enzyme blend reflects time in the field, not just time in the lab—measuring, tweaking, and going back to the drawing board when the occasional batch doesn’t perform as promised. Along the way, we documented every failure and every success, turning those lessons into a product that brings peace of mind to wineries big and small.
Modern winemaking rewards those who match tradition with innovation. We believe that Wine Complex Enzyme goes beyond the limitations of single component aids, offering solutions that stand up to the shifting demands of grape, season, and market. Through practical design, proven reliability, and a commitment to genuine partnership, this product serves as a dependable tool in the modern winery, every vintage, every tank, every time.
