PET Bottles

Plastic Drink Cups - China Manufacturer

From my workshop to your warehouse, I offer Plastic Drink Cups that meet the needs of busy caterers and distributors. I am a {China} based {Manufacturer}, focused on consistent quality and fast lead times for bulk orders. You can trust our cups for safe, BPA-free polypropylene and PET material, crystal-clear clarity, and robust rigidity even with cold drinks. We offer multiple sizes, from 4 oz to 16 oz, with stackable design to save space. Our production lines adhere to international food-contact standards and hygiene audits. Customization options include logo printing, colors, and lid compatibility. We ship in durable cartons, with flexible MOQ to suit starter orders or major campaigns. Our service includes quick quotes, sample packs, and reliable after-sales support. If you’re sourcing Plastic Drink Cups in {China} or from a verified {Manufacturer}, we can align with your spec, price, and lead-time goals for your next event or retail rollout.

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Plastic Drink Cups Trusted by Pros Service Backed by Expertise

Professionally designed plastic drink cups combine clarity, strength and food-safe performance to meet the demands of cafes, event planners, catering companies and retail chains worldwide. Available in PET, PP and PS constructions, options include disposable and reusable styles, hot- and cold-safe walls, tamper-evident or sip-through lids, stackable forms and full-color printing or custom molding. Every batch is produced to strict quality and regulatory standards with traceable materials, dimensional consistency and contamination control, ensuring reliable on-shelf presentation and hygienic use. Supported by a global sourcing and logistics capability, our service pairs technical expertise with flexible manufacturing: fast prototyping, OEM/ODM customization, scalable production runs and competitive lead times. Buyers benefit from systematic quality control, certification documentation, sustainable material choices and coordinated packaging for efficient shipping. The result is a trusted supply solution that reduces procurement risk and helps partners deliver consistent customer experiences across markets.

{ Plastic Drink Cups Trusted by Pros Service Backed by Expertise}
Product Category Material Typical Capacity (ml) Typical Use Case Certification / Compliance Recyclability Temperature Range (°C) Typical Wall Thickness (mm) Color Options Shelf Life / Storage Notes
Clear Cold Cup PET (Polyethylene Terephthalate) 250 / 350 / 500 Cold beverages, iced coffee, smoothies Food-contact compliant (FDA/EFSA typical) Widely recyclable (#1 PET) -20 to 60 0.25–0.50 Clear Keep dry, room temp; stable long-term Excellent clarity and stiffness for cold service
Hot Beverage Cup (single-wall) PP (Polypropylene) 240 / 360 / 480 Hot coffee, tea, hot chocolate Food-contact compliance; some grades microwave-safe Recyclable in PP streams (#5) -20 to 120 0.25–0.60 Opaque white, colored Store dry; stable under standard warehouse conditions Good heat resistance and chemical stability for hot drinks
Double-wall Insulated Cup PP (double-wall construction) 240 / 360 Hot drinks where hand comfort is needed Food-contact compliant Recyclable with PP streams (#5) -20 to 100 Double-wall equivalent 0.6–1.2 White, colored Keep dry; avoid prolonged UV exposure Improved insulation reduces need for cardboard sleeves
Compostable Cold Cup PLA (Polylactic Acid) 350 / 500 Cold beverages, iced smoothies; compostable programs Industrial compostability standards (e.g., ASTM D6400 / EN 13432) Industrial composting; not typically curbside recyclable 0 to 40 (softens >45) 0.30–0.60 Clear / cloudy Store cool (<25°C) and dry; avoid humidity Renewable feedstock; not suitable for hot liquids
Rigid Sampling / Tasting Cup PS (Polystyrene) 90 / 120 / 180 Samples, tastings, events Food-contact compliant where applicable Limited recycling; varies by locality -20 to 60 0.20–0.45 Clear Keep dry; avoid heat and direct sunlight High clarity but more brittle than PET
Paper Cup with Plastic Lining Paperboard with PE lining 200 / 350 / 450 Hot beverages; takeaway cups Food-contact compliant; specific recycling varies Limited curbside recycling (PE-lined) -20 to 90 ~0.40–0.70 (multi-ply) Printed, custom graphics Store dry; avoid moisture and pests Good insulation; not suitable for prolonged microwave use unless specified

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Plastic Drink Cups Dominates Your End-to-End Solution

Comparative Market Share and Lifecycle Emissions of Drink Cup Types

The chart above compares market share (percentage of units sold) and average lifecycle emissions (grams CO2e per cup) across five common drink cup categories: single-use plastic (PET), coated paper, polylactic acid (PLA), reusable (stainless/glass), and compostable paper. Plastic single-use cups lead market penetration at roughly 48%, driven by low unit cost, durability for cold drinks, and established supply chains. Coated paper follows at about 25%, often chosen when a perceived sustainability improvement or heat performance is needed. PLA and compostable paper occupy smaller shares (10% and 5% respectively), reflecting emerging adoption and limited collection/processing infrastructure. Reusable cups represent a growing 12% share, propelled by consumer reuse programs and regulatory incentives. Lifecycle emissions shown on the secondary axis reveal important trade-offs. Single-use plastic cups emit an estimated ~120 g CO2e per unit through raw material extraction, manufacturing, and distribution. Coated paper and compostable paper show moderate emissions (~90 g and ~80 g CO2e), depending heavily on fiber sourcing and coating chemistry. PLA performs better in cradle-to-grave per-unit emissions (~60 g CO2e) when industrial composting and efficient feedstock sourcing are available. Reusable stainless/glass cups have the highest per-unit manufacturing emissions (~250 g CO2e) but that value must be amortized across multiple uses — the per-use impact can drop dramatically after a defined number of reuse cycles. Decision-makers evaluating an end-to-end cup solution should weigh market realities, collection and processing infrastructure, and realistic reuse rates. Reducing single-use plastic dominance will require investments in reuse systems, improvements in composting and recycling capacity, and transparent lifecycle accounting so that per-use environmental benefits are fully realized.

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