PET Bottles

8 Ounce Plastic Cups - China Manufacturer

From my factory in China, I am a proud manufacturer of 8 Ounce Plastic Cups, built for busy cafés, events, and distributors who care about quality and cost. I use food-grade, BPA-free plastic and design them to be crystal clear, sturdy, and easy to stack. The 8 Ounce Plastic Cups seal tight and resist cracking during service, which means less waste and happier customers. I can offer quick re-stocking, flexible MOQ, and custom printing options to fit your brand. Whether you need plain cups in standard packaging or branded cups with your logo, I’ve got you covered. My team and I handle production, quality control, and on-time delivery straight to your warehouse. If you are a retailer, wholesaler, or foodservice chain looking for a reliable China Manufacturer, let us talk about volumes, pricing, and lead times to fit your demand.

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8 Ounce Plastic Cups Trusted by Pros Exceeds Industry Benchmarks

Designed for professionals, these 8-ounce plastic cups combine durability, crystal clarity and precise capacity control to outperform industry benchmarks. Engineered with reinforced rims and optimal wall thickness, they resist cracking, maintain shape under refrigeration and shaking, and stack neatly for efficient storage. High-clarity polymers showcase beverages while smooth rims and secure fits reduce spills in fast-paced foodservice, catering and retail environments. Manufactured to meet global safety and quality standards (FDA, EU/LFGB, ISO), options include recyclable polypropylene, compostable PLA or premium virgin resin, with custom printing and color choices. Consistent dimensions, tight tolerances and batch-level QC ensure predictable performance for large contracts. Competitive pricing, flexible minimums and reliable lead times make these 8 oz cups a pragmatic choice for procurement teams seeking performance, sustainability and cost control.

{ 8 Ounce Plastic Cups Trusted by Pros Exceeds Industry Benchmarks}
Parameter Specification Notes
Nominal Capacity 8 fl oz (U.S.) / 237 mL Standard beverage capacity for portion control
Typical Fill (Max Recommended) 9 fl oz / ~270 mL Allow headspace for lids and spill margin
Height 3.5 in / 89 mm Common profile for 8 oz disposable cups
Top Diameter (outer) 3.25 in / 83 mm Typical lid-compatible outer diameter
Base Diameter 1.75 in / 44 mm Tapered design for nesting and stability
Wall Thickness (typical) 0.20–0.30 mm (200–300 µm) Varies by material and rigidity requirements
Average Weight per Cup PET: ~6.5 g · PP: ~8.0 g · PLA: ~7.5 g Values are typical manufacturing averages (single-cup)
Material Options PET (Polyethylene Terephthalate) · PP (Polypropylene) · PLA (Polylactic Acid) PET high-clarity, PP higher heat tolerance, PLA industrial-compostable
Resin Identification PET (#1) · PP (#5) · PLA (compostable codes vary) Recycling acceptance depends on local infrastructure
Optical Properties (Visible Light) PET transmittance >90% (haze 3–8%) · PP 60–75% (haze 25–40%) · PLA 80–90% (haze 10–20%) PET offers the clearest presentation for cold beverages
Thermal Performance (Service Temperature) PET: up to ~60°C · PP: up to ~100°C · PLA: up to ~50°C PET not recommended for hot liquids; PP suitable for hot service when specified
Microwave / Hot-Liquid Suitability PET: Not recommended · PP: Generally microwave-safe (manufacturer guidance) · PLA: Not microwave-safe Use only items explicitly labeled microwave-safe for reheating
Stacking & Static Load 50-cup stack sustains ~2.5 kg static load for 24 h without deformation (typical) Bench comparison used as industry stacking benchmark
Drop/Impact Performance Single-drop from 1.2 m (filled to 80%): pass rate >95% in standard lab trials Performance varies with cup thickness and fill level
Food-Contact Compliance Meets common food-contact requirements (e.g., FDA food-contact guidance and relevant EU plastics regulations) Compliant formulations and additives required for regulatory claims
Compost / Recycling Notes PET: Widely recyclable where accepted · PP: Recyclable but localized · PLA: Industrially compostable (EN 13432) Verify local sorting rules; PLA not accepted in standard PET streams
Typical Use Cases Cold beverages, sampling, tasting portions, catered events, on-the-go drinks Select material by temperature and end-of-life goals
Common Lid Interface Compatible with snap-on lids sized for ~83 mm outer diameter Lid compatibility specified by matching top diameter and bead profile
Environmental Notes Lightweight design reduces transport emissions; end-of-life route determines overall footprint Choosing recycled-content resin lowers embodied carbon

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8 Ounce Plastic Cups Stands Out Guarantees Peak Performance

Monthly Production Throughput and Defect Rate for 8-Ounce Plastic Cups

The line chart above tracks two complementary production KPIs for 8-ounce plastic cups over a 12-month period: hourly throughput (cups/hr) and defect rate (%). The blue solid line represents throughput on the left axis, rising from 820 cups/hr in January to a seasonal peak of 1240 cups/hr in September before a modest decline in October and partial recovery by December. The orange dashed line shows defect rate on the right axis, falling from 2.3% in January to a low of 0.7% across August–September, then increasing slightly to 1.3% in November. These opposing trends indicate that process improvements implemented between March and September — such as cycle time optimization, tooling adjustments, or operator upskilling — delivered both higher capacity and better quality. The October uptick in defects concurrent with a throughput drop suggests a disruption (for example, supply batch variability or scheduled maintenance) that temporarily affected both performance metrics. From an operational standpoint, the dataset supports three practical actions: (1) schedule critical maintenance and preventive checks just before the late-summer peak to avoid throughput-quality tradeoffs, (2) strengthen incoming material inspections or supplier controls to prevent defect spikes tied to raw-material variability, and (3) codify the successful process parameters used during the mid-year improvement window into standard operating procedures and training. For continuous improvement, overlaying this chart with annotated intervention dates and shift-level measures (temperature, pressure, material lot) will help identify causal drivers and quantify return on interventions. Target KPIs could be set to maintain throughput above 1100 cups/hr while keeping defects under 1%, using this 12-month baseline as a reference for future performance monitoring.

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