PET Bottles

8 Oz Plastic Cups - China Manufacturer

I’m a China-based manufacturer delivering reliable 8 Oz Plastic Cups for events, catering, and daily service. I oversee quality control to ensure crystal-clear clarity, sturdy rims, and leak-free performance. Our 8 Oz Plastic Cups are designed for hot or cold beverages and stack neatly for easy storage. They fit standard ice buckets and resist cracking in busy service periods. I can supply large orders to meet wholesale timelines, and we ship worldwide to B2B customers. The cups are BPA-free and recyclable where facilities exist, with consistent thickness and high transparency you can trust. As a manufacturer, I understand your need for dependable supply and competitive pricing. Custom options include logo printing, color choices, or plain clear. If you want, I can arrange samples quickly. Choose these cups to elevate any bar, cafe, or event—an economical, practical solution from a trusted China manufacturer.

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8 Oz Plastic Cups Guarantees Peak Performance Manufacturers You Can Rely On

Engineered for consistent performance, 8 oz plastic cups deliver the clarity, strength and dimensional accuracy global buyers require for foodservice, events and packaged beverages. Made from certified food‑grade resins, they resist cracking and warping, stack efficiently for transport, maintain exact fill volumes and offer options for crystal clarity, matte finish or improved heat resistance. Peak performance features include smooth rims for comfortable drinking, reliable lid compatibility and sturdy walls for safe handling under high use. Produced on automated lines with strict quality control and international certifications, these cups support scalable OEM/ODM production, low defect rates and dependable lead times for global procurement. Customization spans colors, printing, private‑label packaging and sustainable resin alternatives (recyclable or compostable). Competitive pricing, robust capacity and proven logistics ensure uninterrupted shipments—perfect for buyers seeking a dependable manufacturing partner to meet volume, quality and compliance targets.

{ 8 Oz Plastic Cups Guarantees Peak Performance Manufacturers You Can Rely On}
Specification Typical Value / Range Test / Standard Notes
Nominal capacity 8 fl oz (≈236 ml) Volumetric fill (±3%) Standard beverage serving size
Typical dimensions (height / top Ø / bottom Ø) Height: 85–95 mm (3.3–3.7 in)
Top Ø: 80–90 mm (3.1–3.5 in)
Bottom Ø: 40–50 mm (1.6–2.0 in)
Caliper / Vernier measurements Variations based on rim profile and taper
Wall thickness 0.18–0.30 mm (typical disposable cup range) Micrometer / ISO 4593 Thicker walls improve rigidity and thermal feel
Material options PET (clear) · PP (opaque) · PLA (compostable) Material spec sheets / EN & ASTM food-contact guidance Material chosen based on clarity, heat resistance, and end-of-life
Average mass per cup PET: 5.0–8.0 g · PP: 3.5–6.0 g · PLA: 4.0–7.0 g Analytical balance (g) Mass varies with wall thickness and geometry
Temperature resistance (service) PET: −20 to ~60 °C (not for hot liquids)
PP: −20 to ~120 °C (hot liquids acceptable)
PLA: up to ~50–60 °C (not for hot liquids)
Thermal analysis / manufacturer datasheets Use PP for hot-fill or microwave use; PET for cold beverages
Food contact compliance Typically meets FDA 21 CFR (US) & EU No. 10/2011 (EU) when produced for food use Regulatory compliance tests Specific compliance depends on material formulation
Tensile strength (approx.) PET: 50–80 MPa · PP: 30–40 MPa · PLA: 40–70 MPa ASTM D638 (tensile test) Bulk polymer values; final part strength influenced by wall thickness
Oxygen transmission rate (OTR) PET: ~2–10 cc/m²·day · PP: ~50–200 cc/m²·day · PLA: ~10–50 cc/m²·day ASTM D3985 PET offers better barrier for oxygen-sensitive uses
Water vapor transmission rate (WVTR) PET: low · PP: moderate · PLA: moderate ASTM F1249 Relevant for moisture-sensitive products (rare for cups)
Stackability & handling Typical nested stacking: 10–30 units stable depending on taper and rim Practical handling / stacking tests Anti-stick rims or ribs can improve separation
Impact resistance / brittleness PET: good impact (cold performs well) · PP: good ductility · PLA: more brittle at low temperatures ASTM D256 (Izod / Charpy as applicable) PLA may crack more readily under impact in cold conditions
End-of-life & recyclability PET: widely recyclable (recycling code #1) · PP: recyclable in select streams (#5) · PLA: industrially compostable (ASTM D6400 / EN 13432) Local waste-stream guidance / compost standards Recycling availability depends on local infrastructure
Typical uses Cold beverages, sampling cups, catering, events, on-the-go drinks Application suitability tests Choice of material tailors suitability (hot vs cold)
Shelf life (stored conditions) 2–5 years (dry, ambient, away from UV and chemical exposure) Shelf stability assessment Additives and storage conditions affect longevity
Color & finish options Clear (PET), white/opaque (PP), tinted or matte (PLA possible) Visual inspection / color matching Transparency driven by material and processing
Typical quality control checks Dimensional tolerance, weight, visual clarity, leakage, stack test In-line inspection & batch sampling Routine QC ensures consistent performance in the field

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8 Oz Plastic Cups Supplier From Concept to Delivery

Lead Time Breakdown by Production Stage for 8 oz Plastic Cups

Understanding the distribution of lead time across manufacturing stages for 8 oz plastic cups is essential for optimizing production schedules and improving on-time delivery. The accompanying bar chart breaks down average days spent in eight sequential stages: Concept Design, Material Sourcing, Tooling, Pilot Run, Mass Production, Quality Inspection, Packaging, and Shipping. Together these stages form a typical end-to-end timeline from initial concept to final delivery. In our sample dataset Mass Production represents the single largest component, consuming roughly twenty days, reflecting machine throughput limits and batch scheduling constraints. Tooling follows as a significant upfront investment phase at about fourteen days, underscoring the importance of parallel planning and early supplier engagement to minimize delays. Material Sourcing and Shipping each contribute notable time, indicating potential benefits from diversifying suppliers and optimizing logistics partners. Shorter stages such as Pilot Run and Quality Inspection, at five and three days respectively, demonstrate that rapid iteration and efficient inspection protocols can keep those bottlenecks minimal. By visualizing stage-level lead times, teams can target interventions: for example, reducing Mass Production time through process improvements or adding capacity can cut overall lead time most effectively; investing in quicker tooling methods or modular molds can reduce early-stage delays; consolidating shipments or leveraging faster freight options can shrink delivery windows. Finally, continuous monitoring with updated datasets allows dynamic adjustments—periodic re-evaluation after implementing process changes will indicate whether interventions produced measurable reductions in total lead time. This chart therefore serves as both a diagnostic and planning tool to prioritize resources and improve overall supply chain responsiveness for 8 oz plastic cup production. Recommended next steps include establishing key performance indicators, running a pilot reduction program focused on Mass Production and Tooling, negotiating lead time guarantees with suppliers, and recomputing the timeline monthly to measure gains and refine ongoing improvement actions. Period.

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