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Citrus Aurantium Sinensis Fiber

    • Product Name Citrus Aurantium Sinensis Fiber
    • Alias Orange Fiber
    • Einecs 931-313-8
    • Mininmum Order 1 g
    • Factory Site Tengfei Creation Center,55 Jiangjun Avenue, Jiangning District,Nanjing
    • Price Inquiry admin@sinochem-nanjing.com
    • Manufacturer Sinochem Nanjing Corporation
    • CONTACT NOW
    VTB
    Specifications

    HS Code

    482851

    common_name Citrus Aurantium Sinensis Fiber
    botanical_source Citrus aurantium sinensis (Sweet Orange)
    fiber_type Dietary Fiber
    main_components Cellulose, hemicellulose, pectin, lignin
    appearance Fine, light-colored powder
    solubility Partially soluble in water
    taste Neutral to mildly citrus
    odor Mild citrus scent
    typical_usage Food additive, dietary supplement, functional foods
    origin Derived from the peel and pulp of sweet oranges
    recommended_storage Cool, dry place away from sunlight
    average_particle_size 100-300 microns
    moisture_content Less than 10%
    allergen_status Generally regarded as non-allergenic
    caloric_value Low / negligible

    As an accredited Citrus Aurantium Sinensis Fiber factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.

    Packing & Storage
    Packing The packaging is a sealed, food-grade, recyclable pouch containing 500g of Citrus Aurantium Sinensis Fiber, clearly labeled with product details.
    Shipping Citrus Aurantium Sinensis Fiber is shipped in sealed, food-grade bags or containers to preserve freshness and prevent contamination. Packages are typically stored in cool, dry conditions, labeled with batch and safety information. Shipping complies with standard regulations for food ingredients, ensuring safe transport and delivery to the destination.
    Storage Citrus Aurantium Sinensis Fiber should be stored in a cool, dry, and well-ventilated area, away from direct sunlight and moisture. Keep the container tightly closed to prevent contamination and exposure to air. Store at room temperature, away from incompatible substances, and ensure the storage area is clean and free from pests. Use food-grade containers if intended for consumption.
    Application of Citrus Aurantium Sinensis Fiber

    Applications of Citrus Aurantium Sinensis Fiber in Industrial Manufacturing

    We manufacture Citrus Aurantium Sinensis Fiber for integration into advanced industrial processes, supporting customers in food, beverage, nutraceutical, cosmetic, and animal nutrition sectors. The following application scenarios reflect the latest market demand and regulatory compliance, with each sector representing genuine, large-scale industrial utilization.

    1. Functional Food Fortification

    Food manufacturers add our citrus fiber as a clean-label insoluble fiber source, addressing market demand for gut health and texture improvement in high-moisture foods. Its high water-binding capacity supports reformulation for sugar and fat reduction, providing stability in plant-based meats, bakery items, and dairy alternatives, while helping brands satisfy nutritional labeling requirements and coordinate mouthfeel in finished products.

    Industry compliance standards

    • EU Regulation (EU) No 1169/2011 on the provision of food information to consumers
    • FDA 21 CFR 172.820 & 21 CFR 184.1588 (GRAS status for fruit-derived fiber materials)
    • Codex Alimentarius Guidelines on dietary fiber
    • ISO 22000 Food Safety Management System

    Typical usage ratio

    • 1–4% of total formulation for bread, cakes, and bakery products depending on moisture target
    • 0.5–2% for processed meats and plant-based analogs to optimize emulsion and mouthfeel
    • 0.3–1.2% in low-fat dairy and plant-based beverages to enhance texture
    • Recommended levels depend on regulatory fiber content claims and finished product batch size

    Downstream process integration

    • Added during dry blending for bakery mixes
    • Prehydrated and incorporated at early emulsification for plant-based proteins or meat extenders
    • Dissolved with hydrocolloids prior to heat treatment for beverages and dairy applications
    • Integrated during batter or dough preparation to guarantee uniform distribution

    Final product types

    • Whole-grain breads, sandwich loaves, fiber-enriched cakes and cookies
    • Plant-based meat patties, sausages, and nuggets
    • Low-fat yogurt, drinkable dairy, and vegan milk alternatives
    • High-fiber meal replacements, snacks, and bar-type supplements

    2. Beverage Suspension and Mouthfeel Enhancement

    Beverage formulators incorporate our citrus fiber to achieve stable suspension of pulp and micronutrients in juice-based drinks, functional beverages, and nutritional shakes. The unique insoluble structure aids viscosity without masking flavor notes, while maintaining compliance with international food additive regulations for non-GMO, allergen-free, and natural origin functional aids.

    Industry compliance standards

    • GB 2760-2024 (China National Food Safety Standard for Food Additives)
    • FDA 21 CFR 172.610/172.615 (food additive use in beverages, US)
    • EU Regulation (EC) No 1333/2008 on food additives
    • Kosher/Halal Certification Protocols

    Typical usage ratio

    • 0.2–0.8% in fruit juices depending on pulp content and viscosity target
    • 0.1–0.4% for sports drinks, functional waters, and flavored beverages
    • 0.3–0.9% in plant protein smoothies and meal-replacement beverages
    • Adjustment based on shear-thinning desired and micronutrient carrier requirements

    Downstream process integration

    • Dispersed into water phase before high-shear mixing or pasteurization
    • Homogenized with fruit puree components for uniform fiber distribution
    • Introduced prior to UHT processing for shelf-stable drinks
    • Used as a physical stabilizer in clean-label product development

    Final product types

    • Citrus-based NFC (not-from-concentrate) juices with visible pulp
    • Ready-to-drink functional shakes and meal replacement beverages
    • Plant-based sports recovery drinks with micronutrient suspension
    • Fiber-enriched low-calorie beverages or vitamin waters

    3. Nutraceutical Tableting and Capsule Filling

    Producers in the nutraceutical sector employ our citrus fiber as a direct compressible excipient and bulking agent in dietary supplement tablets and capsules. Its particle morphology provides flowability and uniformity during automated high-speed tableting, lowering reliance on synthetic fillers while supporting “natural origin” labeling for high-fiber supplement products targeting digestive and metabolic health.

    Industry compliance standards

    • USP-NF standards for dietary fiber and excipients
    • FDA 21 CFR 111 (Dietary Supplement cGMPs)
    • European Pharmacopoeia (Ph. Eur.) monographs for excipients
    • ISO 9001 Quality Management System for supplement manufacture

    Typical usage ratio

    • 15–35% of tablet weight for bulking action in fiber tablets
    • 5–15% for multi-component supplement blends as a binder or disintegrant
    • 3–8% in capsule filling blends for volumization
    • Formulation adjustments based on tablet hardness and friability targets

    Downstream process integration

    • Dry blended with active botanicals and minerals before granulation
    • Fed directly into rotary tablet press as a compressible excipient
    • Used to control decomposition rate and water uptake in capsule filling
    • Part of granulation or direct compression workflows for dietary supplements

    Final product types

    • High-fiber dietary supplement tablets for bowel regularity
    • Prebiotic capsule blends supporting gut flora balance
    • Multi-vitamin and fiber complex supplements
    • Chewable or swallowable tablets marketed as natural-origin products

    4. Personal Care and Cosmetic Texture Stabilization

    Cosmetic manufacturers use citrus fiber to stabilize emulsions, improve viscosity, and create non-greasy textures in topical formulations. It also functions as a natural-derived thickener and rheology modifier in gels, scrubs, and facial masks, meeting mounting demand for clean-label, plant-origin raw materials in skin and hair care.

    Industry compliance standards

    • EU Cosmetic Regulation (EC) No 1223/2009
    • US FDA CFR Title 21, Parts 700–740 (cosmetic ingredient safety)
    • Cosmos/Ecocert Greenlife Standard for organic and natural cosmetics
    • ISO 22716 Cosmetic GMP

    Typical usage ratio

    • 0.3–1.5% for facial cleansers, scrubs, and gels requiring light exfoliation
    • 0.6–2% in leave-on creams and lotions for viscosity control
    • 0.8–2.5% as a texture modifier in clay-based masks and hair treatments
    • Ratio selected based on final viscosity and spreadability required

    Downstream process integration

    • Prehydrated with the water phase during premix for optimal dispersion
    • Incorporated into emulsion base before homogenization cycle
    • Added to surfactant blends in cleansing formulations
    • Dispersed in heated batch processes for consistent texture

    Final product types

    • Natural exfoliating face and body scrubs
    • Viscosity-modified moisturizing creams and lotions
    • Hydrogel-based face masks and peel-off treatments
    • Shampoos and conditioners marketed as plant-based and clean-label

    5. Animal Nutrition and Feed Fortification

    Feed formulators utilize citrus fiber as a functional, non-starch polysaccharide source in monogastric and ruminant diets to improve gut motility, water retention in pelleted feed, and dietary fiber levels, especially for pet food and livestock sectors seeking sustainable, by-product-derived fiber sources compliant with global feed quality standards.

    Industry compliance standards

    • AAFCO Official Publication for animal feed ingredients (US)
    • EU Regulation (EC) No 767/2009 on the placing on the market and use of feed
    • Canadian Feeds Regulations (SOR/82-676)
    • FAMI-QS Feed Additives and Premixtures Quality System

    Typical usage ratio

    • 2–6% in extruded dog and cat kibbles for improved fecal bulk and texture
    • 0.8–2% in swine and poultry feed to balance fiber content
    • 0.5–1.5% for ruminant nutrition as a cost-effective fiber
    • The percentage varies by target animal species and dietary fiber requirements

    Downstream process integration

    • Incorporated during premix batching for pellet or extruded feed lines
    • Added to vitamin-mineral premix for comprehensive supplementation
    • Blended into wet pet food formulas before homogenization and cooking
    • Blended directly into feed during mechanical mixing for uniform fiber distribution

    Final product types

    • Complete dry dog and cat food kibbles
    • Supplemented swine, poultry, and ruminant compound feed
    • High-moisture wet pet foods
    • Fiber-enriched animal treats and supplements
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    Certification & Compliance
    More Introduction

    Citrus Aurantium Sinensis Fiber – Growing Opportunities from Every Batch

    Learning from the Lab and the Field

    Every batch of Citrus Aurantium Sinensis Fiber brings together the benefits of years spent on the factory floor and in quality labs. Our workers know the aroma of a fresh peel or the feel of a finished fiber. Experience matters when transforming oranges meant for juicing into structured, functional material. We draw from the entire orange, focusing on the fibrous portions traditionally overlooked by the industry. We see what most discard: pithy sections, vestigial membranes, fragmentary rinds. This raw roughage, cleaned and processed in-house, forms the backbone of our fiber material—distinctly different from starch-rich citrus pulps or commercially-bleached fibers sourced offshore.

    Our engineers have worked with different drying methods, evolving from slow-oven batch jobs to continuous-flow dehydration lines. The result is a golden powder, model number SUN-FIBER 210, with consistent particle size, low bitterness, and water-holding capacity that runs above 7g/g. We pushed beyond the “fiber-by-the-ton” mentality, controlling extraction and micronization close to the source of our fruit. Rather than chase an abstract notion of purity or standardized commercial grades, we want fiber that performs in real-world applications—bakery lines, healthy snacks, even tough extrusion runs.

    Specifications that Reflect Real Conditions

    Every factory has its quirks. Citrus fibers don’t behave like cellulose from wood, nor do they mirror the oat hulls or wheat brans found in legacy bakeries. What sets our material apart is not just its tensile structure, but how it tolerates moisture, pressure, and heat in predictable ways. Fiber length typically measures under 200 microns, with a bulk density averaging 0.35 kg/L. Water binding and oil absorption are tested with finished doughs and blends, not just in bench-scale beakers. A fiber’s advertised “hydration index” means little if your line seizes up at high dough loads, so we monitor flow with horizontal dough extruders and wet-milling side streams. The collected data from these tests has saved our customers hours in production adjustments.

    The distinct taste profile comes out of controlled pectin retention. Too much polishing, and the fiber loses its subtle, zesty character. Skimp on washing, and the finished product risks unwanted bitterness or stickiness. Teams run every batch through taste, smell, and texture checks. We welcome direct feedback, especially from artisan bakers or pet nutritionists who run smaller but more diverse production lines. Throughout the supply chain, we document every outcome, feeding improvements back into both growing and manufacturing methods.

    Uses That Evolve Year by Year

    The initial target for our Citrus Aurantium Sinensis Fiber was as dietary bulk in processed foods. Watching how customers adapted surprised us. Some integrated it in gluten-free breads for better cell structure; others relied on it to manage moisture migration in protein bars. The fiber finds a home in plant-based dairy, where clean-label stabilization holds value. Food technologists like how it holds water without adding gumminess or off-flavors to yogurts and spreads.

    Veterinary nutritionists came calling, using it to improve palatability in feline and canine formulas. The material has enough fermentation resistance to suit sensitive animal guts. We’ve supplied R&D teams working on meat analogues and healthy extruded snacks, adjusting fiber grade depending on the oil and moisture ratio needed in the matrix. New applications emerge every season. Energy bar formulators build bulk and improve shelf stability using this fiber, while beverage developers get creative in thickening fruit smoothies. The fiber’s subtle flavor and natural color create products that solve formulation challenges without extra masking agents or unnatural additives.

    Developers have harnessed citrus fiber for uses outside of food, too. In beauty care products, its ability to swell and suspend microdroplets helps texture creams and exfoliating gels. One batch went to a local paper-artisan collective, who appreciated not just the fiber’s resilience but the faint orange aroma that lingered in hand-made packaging. Others explore its application as an agro-industrial input, capitalizing on its biodegradability under high-humidity conditions.

    The Importance of Source and Process

    Fiber is only as trustworthy as its harvest and handling. We work directly with growers from our own region, allowing us to sort and inspect fruit moments after picking. The farm team reports ripening conditions and pest pressures directly to our raw intake staff, closing the loop between field and production shift. Our extraction methods rely on precise enzymatic treatments and mechanical separation, monitored by operators who have handled citrus since childhood. These relationships matter because unpredictable raw material leads to inconsistent product. Times of drought or heavy rain change fiber texture; improper handling can elevate pesticide residue. We pre-screen for residues, and our cleaning regimes reflect decades of practical adjustments rather than textbook protocols.

    Avoiding over-processed, denatured fiber extracts is core to our approach. Ultra-fine grades on the market often look pristine but fail under real dough conditions, losing water too quickly or breaking apart at the wrong moment. We prefer a gentle blend-milling process, yielding slightly varied particle shapes and sizes. Hard oats or brittle cellulose don’t flex the way orange fiber does in a hot oven or cold batter. Customers accustomed to imported “citrus fiber” often notice a creamier mouthfeel and more natural color in our product, both stemming from modest, hands-on batch correction throughout the process. At every stage, testing happens by hand—taste, squeeze, stretch. These cumulative habits produce a consistent output rare in today's automated settings.

    Comparing to Other Fiber Sources

    The natural assumption is all fiber sources function much the same. That simply doesn’t hold up in hands-on manufacturing. Wheat bran brings bulk but little surface area for water or oil. Cellulose, often from pine or bamboo, adds structure but turns papery and inert in high-sugar settings. Oat hulls carry flavor, sometimes beneficial, sometimes pronounced. In everyday use, our orange fiber carries subtle fruit notes while binding water in a matrix that remains pliant. These properties matter for snack bars that live on store shelves or home-baked loaves that can’t risk crumbling.

    Many manufacturers turn to powdered apple or beet fiber. Apple can impart a tartness, beet a deep red color and earthy aroma. Working with orange fiber, you get a cleaner flavor and a naturally stable cream hue. For those dealing with strict labeling rules, there’s comfort knowing the source remains single-crop and the process does not call for exotic chemicals, bleaching agents, or significant thermal stress. Even the minor differences become apparent over repeated runs: less sticking on machinery, more predictable mixing in small-batch tanks, and less need for rework due to uneven moisture retention.

    We’ve benchmarked our SUN-FIBER 210 against some of the legacy food fibers—locally and in the export market. It performs reliably in cold water blends and holds texture after freezing and thawing, important for ready-to-eat and frozen entrees. In every comparison trial, consistent water binding and gentle flavor win out when the application puts the fiber on show, as with clean muffins or light-color snacks. Customers migrating from imported “fiber powder” formulas remark how orange fiber improves shelf life and palatability, two features impossible to summarize in a technical data sheet.

    Quality and Traceability—A Whole-Process Story

    Our system depends on traceability from orchard to finished bag. Years ago, our team kept written logbooks, hand-marking lots and drying times. Today, every step remains visible, from field harvest to mill, all tagged digitally. This transparency allows us to recall not just when a batch ran, but which day the fruit arrived, what harvest crew picked it, and which dryer operator managed the load. Customers told us that having this information builds trust in claims, but it also gives us real answers in the rare event of a quality trend. No customer deals with vague assurances or “standard factory practice.” Instead, we rely on practical inspection and actual handling records to explain any user-level variation in color or crumb behavior.

    The pure “Citrus Aurantium Sinensis” label means something for traceability. Our orchards meet integrated pest management standards and repeated independent residue testing. We avoid commodity pool sourcing, where fruit comes from anonymous suppliers. That means batches reflect the variation possible in a seasonal product, not the lowest common denominator of industrial supply. When weather changes, we feel it, and adapt. That honesty about season and variety plays out in how bakeries or nutrition firms adapt their recipes. We gladly share data—fiber-to-liquid ratios, color curves, flavor profiles—collected over hundreds of production runs, never relying on out-of-context benchmarks or modulated blends from importers.

    Facing Industry and Regulatory Challenges

    Each year, rules around fibers in food and supplements shift a little. Our technical staff keeps routines updated around new requirements—from pesticide limits on European shipments to clean-label transparency on bulk orders for domestic brands. Some customers face marketing claims hurdles; others run up against allergen rules. Since we manage both field and finished stock, we provide accurate answers on source, process, and content—never vague language about “all natural” or other empty labels.

    As dietary guidelines shift, especially around soluble and insoluble ratios, we listen directly to customer needs instead of relying on headlines. Our team separates and characterizes fiber fractions by both classic methods and with tailored in-house analysis, offering not just total dietary fiber claims but breakdowns by soluble and insoluble types—crucial for application in medical nutrition or sensitive diet formulations. The approach to compliance means we reject material batches that don’t trace directly to our contracted groves, often at our own short-term cost.

    The Path Forward—Adaptability Through Craft

    Success with fibers seldom comes from a one-size-fits-all model. New customers often arrive frustrated by mass-market blends failing at scale or under scrutiny from health-conscious buyers. Our answer is hands-on adjustment—tweaking grind, hydration, and lot selection to match what a bar developer, granola baker, or vegan chef requires. Sometimes the craft means running an extra pass through the micro-cutter, sometimes dialing back mechanical heat in peak summer. Bakers worried about oven spring or crumb dryness rely on direct production feedback, not a generic manual.

    In constant collaboration with downstream users, we gather metrics—cooking loss, flavor masking, shelf-life stabilization—on a rolling basis. Customers get samples modeled after their real scenarios, not theoretical “average” uses. This approach uncovers more about the limits and possibilities of our Citrus Aurantium Sinensis Fiber than any outside consultancy. Being the manufacturer, we learn most from what doesn’t work, logging every off-batch and challenging ourselves with each adjustment in the process. Our best input still comes from customers testing the boundaries in their own kitchens or factories, and adapting right alongside them.

    The Takeaway from the Source

    Citrus Aurantium Sinensis Fiber brings more than formulation bulk or hidden hydration. The material reflects years of handling, both mechanical and personal, showing the difference real manufacturer involvement makes. Specification sheets and safety data get you so far—until the loaf splits, the dough jams, or the flavor sours. We strive for fiber that’s both practical for the food engineer and honest for the consumer, shaped by our unique processes and real-world experience. Our connection to the growing process keeps quality grounded in season, field, and skilled hands, not in warehouse reblending or relabeling. This fiber isn’t just an ingredient pulled from a list; it reflects tangible choices at every production stage.

    For customers looking for more than a generic filler, this approach means fewer risks and clearer results. Whether it’s holding up in the high-temperature roller ovens of high-volume bakeries or adding character to sensitive nutrition lines, the difference becomes clear with every batch. Our journey with Citrus Aurantium Sinensis Fiber is far from finished—each year brings new ways we can improve its texture, taste, and reliability. If you care about every variable from grove to loading dock, experience in manufacturing can be your most valuable ingredient.