Quick Summary: Plastic-Free Paper Cups with Bagasse Pulp Lids
Bioleader® tested a plastic-free disposable beverage packaging solution combining Water-Based PHA Aqueous Coating Paper Cups with bagasse pulp lids. The tested cup structure uses 280GSM paperboard + 12g aqueous coated PHA, designed as an alternative to conventional PE-lined and PLA-coated disposable paper cups.
This solution is built around a clear material position: No PE, No PLA, and no conventional plastic lining. The test video shows 8oz and 12oz blank paper cups, PHA aqueous coating certificate references, 80mm and 90mm bagasse pulp lid fitting, multiple pulp lid styles, and a 100°C hot water observation test.
- Cup structure: 280GSM paperboard + 12g aqueous coated PHA
- Coating type: Water-based PHA aqueous barrier coating, not PLA coating
- Lid material: Sugarcane bagasse pulp fiber
- Lid sizes shown: 80mm and 90mm
- Lid styles shown: Flat pulp lid, coffee sipper pulp lid, and dome pulp lid
- Hot water test: 100°C water observation
- Observed result: No leakage observed after 15 and 30 minutes in this demonstration test
Why Plastic-Free Paper Cups Are Becoming a Serious Packaging Requirement
Disposable paper cups are widely used in coffee shops, takeaway beverage chains, offices, catering, events, and foodservice distribution. However, many traditional paper cups still depend on an internal coating layer to hold hot beverages. In conventional packaging, that barrier is often PE. In many compostable cup programs, it may be PLA.
Today, international buyers are asking more precise questions. They no longer want only a broad “eco-friendly” claim. They want to know whether the cup contains PE, whether it uses PLA, whether the lid is still plastic, whether the cup has food-contact test support, and whether the material claim can be explained clearly to their own customers.
Bioleader®’s solution answers this market shift with a more transparent structure: PHA aqueous coated paper cups plus molded bagasse pulp lids. The objective is not only to replace the coating layer, but also to reduce conventional plastic components across the full cup-and-lid system.
What Is a PHA Aqueous Coating Paper Cup?
A PHA aqueous coating paper cup uses a PHA-based water-applied barrier layer instead of conventional PE lining or PLA coating. In the tested Bioleader® cup sample, the material structure is 280GSM paperboard + 12g aqueous coated PHA.
The key technical point is important: this is PHA aqueous coating, not PLA coating. For B2B buyers comparing plastic-free paper cups, this distinction helps separate PHA aqueous coated paper cups from PE-coated paper cups, PLA-coated paper cups, and general water-based coated cups.
The PHA aqueous barrier layer is designed to support liquid resistance for disposable beverage cups while providing a clearer pathway for buyers seeking no PE, no PLA, and no conventional plastic lining. For export buyers, the value is not only the coating itself, but the full evidence chain: material structure, certificate support, food-contact test reports, cup and lid matching, and real hot water performance observation.
Product Test Video: Bioleader® Paper Cups with Bagasse Pulp Lids
The following video demonstrates Bioleader® Water-Based PHA Aqueous Coating Paper Cups matched with bagasse pulp lids. The video includes blank paper cup details, certificate display, pulp lid fitting, different lid styles, and a 100°C hot water observation test.
In the demonstration, 100°C hot water is poured into the cups. After 15 minutes, no leakage is observed. After 30 minutes, no leakage is observed again. After the water is emptied, the cup bottom and sidewall are checked, with no visible seepage or coating failure observed in this test.
Bagasse Pulp Lids: Completing the Plastic-Free Beverage Packaging System
A paper cup solution should not be evaluated by the cup body alone. In many takeaway beverage systems, the cup may be paper-based, but the lid is still made from PP, PS, PET, or another conventional plastic. This limits the overall plastic-reduction value of the packaging set.
Bioleader® uses bagasse pulp lids made from sugarcane fiber to create a more complete plastic-free beverage packaging solution. Bagasse is the fibrous by-product left after sugarcane juice extraction. Through pulp molding and thermoformed fiber technology, it can be formed into cup lids with a natural fiber appearance, practical lid structure, and renewable material profile.
According to Bioleader®’s sugarcane bagasse tableware technical data, the pulp lids are made from 100% natural sugarcane bagasse fiber, using pulp molding and thermoformed fiber technology, with no plastic content. They are designed for hot and cold beverage packaging, including coffee, tea, milk tea, juice, takeaway drinks, foodservice, and catering applications.
For buyers comparing different lid materials, bagasse pulp lids provide a stronger plastic-free story than conventional plastic lids. They also create a more consistent sustainability message when paired with PHA aqueous coated paper cups.
80mm and 90mm Bagasse Pulp Lid Options
The test video shows several pulp lid options, including flat pulp lids, coffee sipper pulp lids, and dome pulp lids. The main cup-lid matching sizes shown are 80mm and 90mm, which are commonly used for hot beverage paper cups in takeaway coffee, tea, milk tea, and foodservice applications.
| Item Code | Product Name | Weight | Product Size | PCS/Pack | PCS/Carton | Carton Size | Cube/Carton |
|---|---|---|---|---|---|---|---|
| L070 | 80mm Pulp Lid | 4g | 85 × 17.4mm | 50 | 1000 | 44.5 × 36 × 36cm | 0.0577 CBM |
| L071 | 90mm Pulp Lid | 5g | 94 × 22.8mm | 50 | 1000 | 49 × 38 × 40cm | 0.0745 CBM |
| L075 | 90mm Pulp Dome Lid | 5g | 93 × 45mm | 50 | 1000 | 49.5 × 33.5 × 40cm | 0.0663 CBM |
These lid options allow beverage brands and foodservice distributors to choose the correct lid style based on cup diameter, drinking experience, stackability, takeaway use, and product presentation. For coffee, tea, milk tea, and other takeaway drinks, the right lid fit is essential for practical use and customer confidence.
Related Bagasse Pulp Lid Products
For more product details, buyers can review Bioleader®’s bagasse coffee cup lid product pages, including 80mm pulp lid and 90mm compostable cup lid options for plastic-free beverage packaging.
Certificate Support for PHA Aqueous Barrier Coating
Material claims should be supported by documentation. The PHA aqueous barrier coating used in this solution is supported by DIN CERTCO documentation for compostable material certification. The referenced testing basis includes standards such as DIN EN 13432, ASTM D6400, ISO 18606, ISO 17088, DIN EN 14995, AS 4736, and NF T51-800, depending on the certificate type and testing scope.
The available documentation includes industrial composting support as well as home and garden composting support for the PHA barrier coating material. This helps clarify that the coating used here is not conventional PE and not PLA. For buyers reviewing sustainable paper cup options, this type of material-level documentation is important for technical evaluation, internal approval, and supplier qualification.
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For responsible commercial communication, the correct wording is PHA aqueous barrier coating certification support. Unless a finished cup has its own independent final-product certificate for a specific market, buyers should avoid overstating the certificate scope. This article therefore separates coating material documentation, food-contact test reports, and Bioleader®’s internal hot water demonstration test.
SGS Food Contact Test Support: Overall Migration and Bisphenol Results
The PHA coated paper cup sample is supported by SGS food-contact test reports. One report covers overall migration testing under European food-contact references, including Regulation (EC) No 1935/2004 and related test requirements. Under the selected test condition of 3% acetic acid at 70°C for 2 hours, the overall migration result was reported as ND against a limit of 10 mg/dm², with the comment marked Pass.
Another SGS report covers hazardous bisphenols and bisphenol derivatives. Under the selected test conditions, BPA, BPF, BPS, BPAF, TBBPA, and related bisphenol items were reported as ND / Not Detected, with a reporting limit of 1 µg/kg. The test requirement was marked Pass.
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These results should be used accurately. They support the tested sample under the stated laboratory conditions. The correct professional statement is that the tested PHA coated paper cup sample passed the selected SGS overall migration test and that selected bisphenols were not detected under the tested conditions.
100°C Hot Water Observation Test
In the product demonstration video, Bioleader® conducts a practical hot water observation test. This test is designed to show how the PHA aqueous coated paper cup performs in a hot beverage use scenario.
- 8oz and 12oz blank paper cups are shown in detail.
- PHA aqueous coating and compostable material certificate references are displayed.
- 80mm and 90mm bagasse pulp lids are fitted onto the paper cups.
- Flat pulp lids, coffee sipper pulp lids, and dome pulp lids are displayed.
- 100°C hot water is poured into the cups.
- The cup is checked after 15 minutes.
- The cup is checked again after 30 minutes.
- The water is poured out, and the cup bottom and sidewall are inspected.
In this demonstration, no leakage was observed after 15 minutes. No leakage was observed after 30 minutes. After the water was emptied, no visible seepage or coating failure was observed at the cup bottom or sidewall.
This should be presented as a product demonstration and internal observation test, not as a replacement for formal laboratory testing. For large-volume projects, final performance should be confirmed based on cup size, beverage type, filling temperature, holding time, lid fit, transport conditions, storage environment, and target market requirements.
No PE, No PLA, No Conventional Plastic Lining: What the Claim Means
The most important positioning of this product system is: No PE, No PLA, and no conventional plastic lining.
This means the cup does not use traditional PE lining and does not use PLA coating. Instead, the tested cup uses a water-based PHA aqueous barrier coating. The lid is not a conventional plastic lid; it is a molded pulp lid made from sugarcane bagasse fiber.
This wording is more precise than simply saying “eco-friendly paper cups.” It helps international buyers understand the material structure and compare the solution against PE-coated paper cups, PLA-coated paper cups, plastic lids, and conventional hot drink packaging.
For buyers building a plastic-free paper cup program, this cup-and-lid system provides a clearer material story: paperboard cup body, PHA aqueous coating, molded sugarcane fiber lid, no PE, no PLA, and no conventional plastic lining.
Why This Cup and Lid System Is Valuable for B2B Buyers
For coffee shops, beverage brands, catering companies, importers, and packaging distributors, the value of this solution is not only environmental messaging. It is also about product clarity, material differentiation, and buyer confidence.
A practical sustainable beverage packaging solution should answer several procurement questions: What is the cup coating? What is the lid made from? Is the lid still plastic? Has the cup been tested for food-contact safety? Can the cup handle hot water? Are there certificate references? Can the product be supplied in export-ready quantities?
Bioleader®’s PHA aqueous coated paper cups and bagasse pulp lids are designed to answer these questions with a more complete system: paperboard cup body, PHA aqueous coating, sugarcane pulp lid, food-contact test support, hot water demonstration, and practical B2B export supply.
This makes the solution especially relevant for importers and distributors who need to sell not only a product, but also a clear material position to coffee chains, restaurants, foodservice operators, and sustainability-focused end users.
Application Scenarios for Plastic-Free Paper Cups with Pulp Lids
This plastic-free paper cup and pulp lid solution is suitable for foodservice businesses seeking to reduce conventional plastic components in disposable beverage packaging.
- Coffee shops and café chains
- Bakery cafés and dessert stores
- Milk tea, tea, and takeaway beverage brands
- Hotels and catering companies
- Events, exhibitions, offices, and corporate foodservice
- Foodservice distributors and packaging wholesalers
- Sustainable packaging importers
- Private label paper cup and lid programs
The system is especially suitable for buyers who want to move beyond PE-lined paper cups and PLA-coated paper cups while also replacing conventional plastic lids with renewable molded pulp lids.
What Buyers Should Confirm Before Requesting a Quotation
Cup and lid matching must be confirmed carefully before bulk production. Even when cup diameters look similar, rim structure, lid tolerance, cup wall thickness, and supplier specifications can vary.
- Cup size: 8oz, 12oz, or other required capacity
- Cup material: PHA aqueous coating, not PLA coating
- Paperboard structure: 280GSM + 12g aqueous coated PHA or customized structure
- Lid diameter: 80mm, 90mm, or other required rim size
- Lid style: Flat lid, coffee sipper lid, or dome lid
- Application: Coffee, tea, milk tea, juice, hot water, or takeaway drinks
- Target market: EU, UK, US, Australia, Middle East, or other destination
- Documentation requirement: Food contact test, compostability support, or buyer-specific documents
- Branding: Blank cups, custom printed cups, private label packaging, or custom cartons
- Order plan: Trial order, mixed container, or full container shipment
Providing these details allows Bioleader® to recommend the right cup and lid combination, prepare a more accurate quotation, and reduce the risk of mismatch during mass production.
FAQ: Plastic-Free Paper Cups, PHA Coating, and Bagasse Pulp Lids
Are PHA aqueous coated paper cups the same as PLA coated paper cups?
No. PHA aqueous coating is different from PLA coating. The tested Bioleader® cup uses 280GSM paperboard with 12g aqueous coated PHA. It should be described as a PHA aqueous barrier coating paper cup, not a PLA coated paper cup.
Do these paper cups contain PE lining?
This solution is positioned as a No PE paper cup solution. It does not use conventional PE lining. The tested cup uses a water-based PHA aqueous barrier coating.
What are bagasse pulp lids made from?
Bagasse pulp lids are made from sugarcane bagasse fiber through pulp molding technology. They are designed to replace conventional plastic lids in takeaway beverage packaging applications.
Can the cups hold hot water?
In Bioleader®’s 100°C hot water demonstration test, no leakage was observed after 15 and 30 minutes. After the water was emptied, no visible seepage or coating failure was observed in the tested cup.
Are the cups food-contact tested?
The PHA coated paper cup sample has SGS food-contact test documentation, including overall migration testing and hazardous bisphenols and bisphenol derivatives testing. Under the selected test conditions, the overall migration result was marked Pass, and selected bisphenols such as BPA, BPF, BPS, BPAF, and TBBPA were reported as Not Detected.
What cup and lid sizes are shown in the video?
The video shows 8oz and 12oz paper cups matched with 80mm and 90mm bagasse pulp lids. The lid styles include flat pulp lids, coffee sipper pulp lids, and dome pulp lids.
Is this solution suitable for custom branding?
Yes. Bioleader® can support blank cups, custom printed cups, private label packaging, and export carton solutions based on order quantity, artwork requirements, and target market needs.
Conclusion: A Practical Next-Generation Cup Solution for Foodservice Buyers
Bioleader®’s Water-Based PHA Aqueous Coating Paper Cups and bagasse pulp lids provide a practical next-generation solution for businesses seeking to reduce conventional plastic components in disposable hot beverage packaging.
The value of this system is not only in the paper cup itself. It is in the full material logic: PHA aqueous barrier coating, sugarcane bagasse pulp lids, No PE, No PLA, no conventional plastic lining, SGS food-contact test support, and real hot water performance observation.
For global buyers, this solution is suitable for coffee shops, takeaway beverage brands, catering suppliers, foodservice distributors, and sustainable packaging importers looking for a clearer pathway beyond PE-lined and PLA-coated disposable cups.
Contact Bioleader® for samples, product specifications, custom branding options, and export quotations for PHA aqueous coated paper cups and bagasse pulp lids.
