PET Bottles

Paper Bowl 22 Oz - China Manufacturer of Disposable Bowls

From a China-based Manufacturer, I bring you the Paper Bowl 22 Oz designed for high-volume takeout and catering. I know B2B buyers look for reliable performance, and this bowl delivers: sturdy 22 oz capacity, leak-resistant coating, and smooth inner lining for hot soups and cold desserts. It's made from high-quality paper, lined with a grease-resistant layer to stand up to oils without soaking through. It stacks neatly for easy storage, and ships in bulk with consistent quality. Ideal for restaurants, cafeterias, and event catering, it's compatible with standard universal lids and sleeves, reducing waste and saving time. We offer customization options like logo printing and size adjustments for China customers and global buyers alike. As a professional manufacturer, I ensure strict QA checks, on-time delivery, and competitive pricing. If you want durable, cost-efficient packaging that meets your food safety needs, the Paper Bowl 22 Oz is the choice.

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Paper Bowl 22 Oz Dominates Delivers Unmatched Quality

The 22 oz paper bowl dominates the market by combining unmatched quality with practical performance: heavy-duty paperboard construction, reinforced rims for stackability, a grease- and leak-resistant lining, and microwave-safe, food-grade materials that preserve flavor and temperature. Its roomy capacity makes it ideal for hot soups, hearty salads, rice bowls and takeaway meals, while compostable options and FSC-certified paper appeal to eco-conscious consumers. Manufactured by an experienced Shanghai-based production partner with robust quality control and international certifications, these bowls are available in custom prints, sizes and pack configurations to fit private-label and retail needs. Competitive pricing, reliable lead times, scalable capacity and sample availability make this 22 oz paper bowl a smart choice for global buyers seeking durability, sustainability and consistent supply.

{ Paper Bowl 22 Oz Dominates Delivers Unmatched Quality}

Attribute Specification Test / Notes
Capacity 22 fl oz (≈ 650 ml) Nominal capacity measured to fill-line under standardized fill test; manufacturing tolerance ±3%.
Dimensions (typical) Top Ø: 6.5 in (165 mm) · Bottom Ø: 3.15 in (80 mm) · Height: 3 in (76 mm) Measured on sample set of 50 units; dimensional tolerance ±2 mm.
Average weight per bowl ~16 g (±2 g) Dry-weight measured on production samples; actual weight varies with paperboard grade.
Material composition Paperboard (food-grade) with PLA (polylactic acid) biodegradable lining PLA lining provides liquid resistance and supports industrial compostability under certification conditions.
Temperature tolerance Short-term: up to 95°C (203°F); Continuous recommended max: 70°C (158°F) Safe for hot soups and foods; avoid prolonged exposure above 95°C to preserve lining integrity.
Microwave suitability Suitable for short microwave use (intermittent heating). Avoid high-power prolonged cycles. Recommended: use in 30–90 second bursts and stir/check; not designed for prolonged high-temperature microwave reheating.
Leak resistance (lab) No leakage for ≥6 hours with 250 ml water at room temperature (standard soak test) Results from controlled soak and agitation trials on coated samples; performance varies with seam/closure method.
Grease resistance High grease barrier; >300 minutes on oil-penetration test (typical) Measured using standard oil transfer/absorption protocol; suitable for oily foods and sauces.
Food-contact compliance Meets common food-contact requirements (e.g., U.S. FDA general food contact guidance, EU food contact rules for paper) Compliant when used as intended; verify for specific food types as required by local regulation.
Industrial compostability PLA-lined variant: conforms to industrial compostability criteria (ASTM D6400 / EN 13432 under facility conditions) Requires industrial composting facilities for complete breakdown; home-composting outcome depends on local conditions.
Recycled content Typical product fiber: contains up to 40% post-consumer recycled fiber (varies by SKU) Percentage depends on paperboard grade selected; recycled content compatible with food-contact liner specifications.
Shelf life (dry storage) Up to 24 months when stored dry (15–25°C, 40–65% RH) Avoid exposure to humidity or direct sunlight to preserve barrier properties.
End-of-life guidance Preferred: industrial composting. Alternate: recycling where PLA-coated paperboard streams are accepted. Local waste stream rules vary — follow municipal guidance for compostable and coated paper products.
Typical use cases Takeout soups & stews, hot food service, single-use catering bowls, cold salads, sauces Designed for foodservice and delivery; compatible with lids for spill control in transit.
Quality & manufacturing tolerances Capacity ±3% · Weight ±10% · Dimensional tolerance ±2 mm Typical process control limits for molded/formed paperboard products to ensure consistency.
Notes: Data shown are representative for a 22 oz paper bowl with PLA lining under standard laboratory tests. Actual performance may vary by paperboard grade, lining type, and handling. For specific regulatory declarations and test certificates, consult the relevant compliance documentation.

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Paper Bowl 22 Oz in 2025 Factory-Direct Excellence

2025 22 oz Disposable Bowl Monthly Production vs. Factory-Direct Unit Cost

The line chart displays monthly production (in thousands of 22 oz disposable bowls) alongside the factory-direct average unit cost (USD) for 2025. Production ramps steadily from 120k units in January to a peak of 350k in July, reflecting seasonal capacity scaling and demand growth in spring–summer. After July there is a modest decline to 270k by December, which may indicate seasonal slow-down, planned maintenance, or inventory smoothing. The unit cost shows an inverse relationship: starting at $0.45 in January, it declines to $0.33 by July as fixed costs are spread over higher volumes and process efficiencies are realized. From August onward the unit cost increases slightly to $0.39 by December, suggesting diminishing scale benefits, raw material price pressure, or overtime/shift premium impacts during the latter months.

Key insights: (1) Scale-driven cost reduction is visible through mid-year growth — maximizing utilization in early quarters could compress per-unit cost further. (2) The late-year cost uptick warns of supply or labor constraints; addressing raw material procurement or scheduling can smooth unit cost volatility. (3) Aligning promotional activity or contract negotiations to mid-year peak production windows may yield best factory-direct pricing for bulk purchases. Assumptions behind the chart include consistent product specifications (22 oz), steady production capacity expansions, and unit cost composed primarily of variable material, labor, and allocated overhead. Operators can use this framing to model scenarios: if production increases another 10% during peak months, projected unit cost might fall by an additional $0.02–$0.03, whereas a 10% raw material surcharge would offset much of those gains. This visual serves as a baseline for tactical planning in production scheduling, procurement, and pricing strategies for 22 oz disposable bowl manufacturing in 2025.

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