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HS Code |
782967 |
| Name | Indian Bread |
| Category | Food |
| Origin | India |
| Main Ingredient | Wheat flour |
| Common Types | Roti, Naan, Paratha, Chapati, Bhatura |
| Serving Temperature | Hot or warm |
| Texture | Soft, fluffy, sometimes crispy |
| Cooking Method | Baked, fried, or cooked on a griddle |
| Diet Type | Vegetarian |
| Typical Accompaniments | Curries, dals, pickles |
| Shape | Round or oval |
| Color | Light brown or golden |
| Meal Time | Breakfast, lunch, dinner |
| Shelf Life | 1-2 days at room temperature |
| Region Variation | North Indian, South Indian, Punjabi, Gujarati |
As an accredited Indian Bread factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Indian Bread (Poria cocos) is packaged in a sealed, moisture-proof, labeled bag containing 500g of dried, sliced white sclerotium. |
| Shipping | **Shipping Description for Indian Bread (Wolfiporia extensa):** Indian Bread (Wolfiporia extensa) is generally shipped as a dried solid or powdered extract. Package in airtight, moisture-proof containers. Ship with appropriate labeling. Avoid exposure to moisture, heat, and direct sunlight. Follow applicable local, national, and international regulations for safe transport of botanical materials. |
| Storage | **Indian Bread** (commonly known as **Poria** or **Wolfiporia extensa** sclerotium) should be stored in a cool, dry, and well-ventilated place. Keep it in tightly sealed containers to protect from moisture, insects, and light. Avoid direct sunlight and high humidity. If prepared in powdered form, store in airtight containers away from strong odors and heat sources. |
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Moisture Content: Indian Bread with moisture content below 12% is used in packaged food logistics, where it enhances shelf stability and minimizes microbial growth. Particle Size: Indian Bread with fine particle size under 75 microns is used in automated dough processing, where it ensures uniform texture and improved machinability. Acidity Level: Indian Bread with pH between 5.2 and 5.6 is used in school lunch programs, where it delivers optimal flavor retention and microbial safety. Protein Percentage: Indian Bread containing more than 10% protein is used in sports nutrition meal kits, where it supports muscle repair and balanced diet formulation. Stability Temperature: Indian Bread stable at temperatures up to 45°C is used in tropical export shipments, where it maintains physical integrity and prevents spoilage. Oil Absorption Rate: Indian Bread with oil absorption rate below 5% is used in low-fat diet applications, where it limits caloric intake and promotes healthier eating options. Shelf Life: Indian Bread with a shelf life exceeding 90 days is used in military ration packs, where it provides prolonged food security and reduced resupply frequency. Packaging Compatibility: Indian Bread compatible with modified atmosphere packaging is used in e-commerce grocery delivery, where it extends freshness and reduces oxidative staling. |
Competitive Indian Bread 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.
We will respond to you as soon as possible.
Tel: +8615371019725
Email: admin@sinochem-nanjing.com
Flexible payment, competitive price, premium service - Inquire now!
Indian Bread traces a long tradition in the world of staple foods and stands out from factory-made loaves with its set of craftsmanship, science, and deep respect for original culinary principles. Our facility brings together this heritage with advanced manufacturing systems. In daily production, workers and quality control chemists don't just turn out dough rounds; they follow carefully developed steps, handle natural ingredients, and respect fermentation as much as any small family bakery. Each batch comes from native wheat varieties, milled fresh in-house, with the husk and bran portions adjusted based on the product’s intended profile. Taking clues from rural and city markets across India, we use batch-level moisture checks, hands-on sensory evaluation, and traceability systems that few competitors match.
Over decades, we have developed more than one model for Indian Bread: round flatbreads, elongated loaves, and baked versions designed for shelf stability. Each line is engineered to suit natural flour absorption rates, bulk fermentation speeds, and dough extensibility. Our classic round bread has a diameter typically around 15 centimeters and weighs near 60 grams. The premium variant comes with a finer crumb, slightly higher fat, and a light milk wash, providing longer softness. For institutional use, we also build a multi-grain format with oats, millet, and barley in the mix, boosting dietary fiber by up to 30 percent relative to plain refined flour options. The shelf-stable version, preferred for export, uses a partial sourdough starter that lowers pH, naturally decreasing spoilage, along with modified atmosphere packaging developed in our own food labs to cut oxygen ingress during transit.
Fifty years ago, Indian bread often meant labor-intensive rolling, griddle baking, and little control beyond what a skilled baker could feel in the hands. Now, most of our lines run on semi-automated presses, but key human checkpoints remain. There’s no substitute for feeling how the dough behaves—whether it bounces back when pressed, how it tears, and how it takes on moisture in monsoon conditions. Our engineers designed the mixers specifically for hydration ranges between 55 and 62 percent, mirroring classic home recipes but powered for batch runs of hundreds of kilograms at a time. Temperature control systems keep the dough at optimum fermentation warmth, using cool water tricks copied from local chefs as well as glycol-jacketed bowls when the mercury rises in the hot season.
We never substitute vital wheat gluten or soya isolates to artificially boost protein in the standard models. Many industrial bread makers use chemical dough improvers to speed up production or achieve an exaggerated rise, but this brings unwanted side effects—residual chemical odors, dry crumb consistency, and a short shelf life. In our experience, using stone-milled whole grain flour, water drawn from stainless steel tanks, and naturally extracted oil finishes gives not only better aroma but a longer-lasting product. As part of our quality promise, our suppliers submit annual soil and crop test reports, with a focus on minimizing heavy metals, pesticide residues, and mycotoxins. Each bag of flour used is matched to its harvest region, and the company maintains in-house labs to check gluten strength, sieve residue, ash content, and overall flour color.
Experience has taught us the difference between bread fresh from the griddle and loaves sitting in a distribution truck for five days. To manage this, we have invested in rapid cooling tunnels, low-temperature transport logistics, and real-time temperature monitoring tags on larger shipments. Product traceability stands at the heart of our safety efforts. Every bread unit carries a batch number digitally linked to ingredients, processing crew, and transport data. Regular microbiological sampling in our own labs and by certified third parties checks for yeast, mold, and potential bacterial pathogens. These steps have prevented more than one product recall and let us address even minor issues before bread ever leaves the dock.
Walking down supermarket aisles, you’ll see racks of generic sliced white bread and so-called ‘multigrain’ offerings with long lists of preservatives, flavoring agents, and fortification chemicals. Our Indian bread leaves that category behind. Rather than pursuing speed above all, we put emphasis on fermentation time, flavor development, and nutritional value. The structure of our bread—open, soft, easily separating layers—comes from fermentation and dough handling, not just fat or commercial emulsifiers. Because of our attention to millet, barley, and oats inclusion, our breads deliver slow-digesting starch and higher soluble fiber, which is especially valued by diabetic and weight-conscious customers. Instead of chemical mold inhibitors, we rely on careful control of dough pH, moisture, and thermal processes to keep shelf life above modern standards.
From drought years to bumper crops, we have had to learn the details of each wheat harvest, barley lot, and seasonal climate shift. Poor rainfall means higher protein wheat, tighter gluten, and a need to add extra rest periods during dough mixing. In seasons of excess humidity, flour picks up moisture in storage and throws off calculations; technicians must recalibrate hydration, monitor dough stickiness, and sometimes swap out entire flour lots mid-week to hold to our taste and texture benchmarks. Crop disease outbreaks like rust or blight demand increased screening on incoming grains. Manufacturing isn’t an abstract formula—it’s a constant adaptation to the unpredictable world outside the factory gates.
Most of our buyers now demand more from bread: gluten management for sensitive eaters, glycemic control for diabetics, micronutrient enhancement for children, and convenience options for busy homes. Responding to these, we’ve integrated nutritionists and food science teams directly into our plant workflow. For gluten-sensitive buyers, we produce a millet-only version, processed on equipment sanitized to avoid wheat cross-contamination. Our R&D team trialed combinations of teff, ragi, and buckwheat to match classic Indian bread textures while cutting gluten content to undetectable levels. Child-focused versions come enriched with vitamin B, iron, and additional fiber, based on fortification recommendations from public health nutritionists. Maintaining separate production lines, complete allergen risk mapping, and batch labeling for each segment is work-intensive, yet this extra step pays off for consumer confidence.
Additive reduction stands as one of our core commitments. Where some manufacturers load bread with propionic acid or calcium propionate, we devised a process that draws on controlled sourdough fermentation. This method preserves the bread and slows spoilage at a fraction of the chemical input. Using vinegar-mineral blends developed side-by-side with food technologists, we manage shelf life, flavor, and microbial risk. Modified atmosphere packaging, designed after years of oxygen measurement tests in-house, extends the bread’s edible window from two or three days up to seven in standard climates. Each time we swap a synthetic preservative for a proven fermentation method or natural acidulant, we’ve seen stronger customer loyalty and fewer complaints about chemical aftertaste.
Energy use in bread baking has taken center focus as energy and water costs climb. Our plant has phased in heat recovery systems on baking ovens, reducing natural gas use by nearly 22 percent across key product lines. Cooling water from baking is recirculated for future dough mixing and cleaning cycles, closing the loop environmentally and financially. Ingredient sourcing leans heavily on regional farmers through multi-year contracts, which helps reduce the transportation carbon footprint and supports rural economies. Packaging evolution continues as our team evaluates compostable wraps, recycled paper, and edible coatings. Our commitment to minimizing losses means rigorous attention to shrinkage in each production phase, strict sorting of off-spec units, and donation of safe, unsold bread to food banks and charities across local districts.
Feedback does not just land in a suggestion box; it sparks direct plant meetings and shifts in production scheduling. Our technical teams monitor online forums, direct service helplines, and retail return reports. When a prominent grocer flagged increased firmness in one batch during summer shipping, our process team reviewed the batch, prodded dough hydration curves, and revised packaging timings to ensure moisture retention. Regular plant tours for clients, chefs, and food safety specialists provide real-world insight, shaping ongoing improvements in formulation, packaging, and logistics.
Bread still anchors daily meals for millions, both as a comfort food and a primary calorie source. Global flour price spikes and changing harvests test our cost controls and operational efficiency each year. While we aim to offer specialty loaves and ancient grain formats, our key Indian bread lines must remain affordable for schools, hospitals, and family markets. Cost engineering in our context means shrinking energy waste, rethinking distribution, and doing more with small-team management rather than simply lowering ingredient quality. Our long-term contracts with growers and co-operatives bring price predictability to institutional buyers, reducing exposure to global wheat price volatility and securing supply chains.
Global trends swirl around us, from demands for keto options to revived interest in local, heritage grains. Some customers request lower-carb bread, others ask for new spices, roasted flours, or creative shapes. Technology will keep shaping how we slice, pack, label, and ship, but for us the center of good bread remains unchanged: high-quality, traceable ingredients and a skilled, attentive team on the line. Workers in our plant know that every batch tells a story, from the wheat field to the everyday table, and those stories can’t be faked with short-cuts or flavorings. We believe that natural, thoughtfully produced bread will outlast every food fad, and that trust built with customers must be earned with each loaf.
Success in bread manufacturing stems from practical skills and ongoing education. Each plant worker, from mixing floor to packaging, trains not just on machines but on the characteristics of each wheat season, on interpreting sensory data, and on swiftly pinpointing oddities in smell, feel, or appearance. Our plant supports ongoing food microbiology workshops, cross-training in allergen control, and annual safety refresher programs. Our product development lab partners with universities to test new indigenous grains, revive historical bread formulas, and cultivate wild yeast strains. Intellectual honesty in quality reporting, open recall policies, and rigorous ethical sourcing protect us and our customers from the shortcuts that trip up less meticulous competitors.
A company’s reputation won’t float on ad campaigns alone. Many customers have bought Indian Bread from us for over twenty years, not only because of taste but because of reliability and transparency. We keep production facilities open for audits and invite independent nutrition researchers to sample and test our products. Our long-standing relationships with small millers and farming co-operatives lift up regional economies and support the next generation of regenerative agriculture.
Industrial bread lines often race to keep up with new flavor cycles. We focus on building quality into every step, adapting to shifting crop conditions, customer health needs, and emerging food safety standards. Our bread maintains the link between natural farming, careful craftsmanship, and daily nourishment.