Bubble Tea Cups and Lids: Sizes, Materials and Custom Printing

Bubble tea cups must hold cold or warm drinks, ice, syrup, and heavy toppings without leaking or bending. Wholesale bubble tea cups include machine-sealed PP cups, clear PET cold cups, coated paper cups, and reusable tumblers. The best choice depends on drink temperature, material, rim size, closure, straw, delivery method, and local waste systems.

At Bobalicious, our commercial packaging systems prioritize structural durability, customer ergonomic experience, and strict food-contact compliance. Whether outfitting a high-speed café line with automated cup sealers or selecting crystal-clear PET tumblers for layered artisan teas, matching cup materials to beverage thermodynamics is essential for operational success.

Why bubble tea cups need special features

Bubble tea packaging handles more physical stress than a plain soft-drink cup. Tapioca pearls sit at the bottom. Ice shifts during transport. Thick toppings raise the drink's weight. A wide pointed straw adds downward force when it pierces sealing film.

A suitable cup needs:

• A rim that precisely matches the lid or sealing machine
• Walls that stay firm during filling and straw insertion without buckling
• A base that remains stable when dense pearls collect at the bottom
• A material rated for the drink's temperature and ingredients
• A closure that survives normal carrying and third-party delivery transport
• Enough opening space for a 12 mm boba straw or a direct-sip lid

Staff need cups that separate cleanly from sleeves, fit standard counter holders, seal consistently, and nest closely in limited backroom storage space.

Choose bubble tea cups in 6 steps

Follow this systematic order before comparing wholesale product prices:

1. List all drinks on the menu: Group beverages into cold, warm, and hot service categories.
2. Choose the cup material for each temperature group: Match heat limits and clarity requirements.
3. Choose serving sizes and recipe volumes: Establish portion control and cup capacity.
4. Measure the rim and confirm the closure system: Align 95 mm or 98 mm diameters with machine rings.
5. Test the cup, film or lid, and straw together: Conduct real-world puncture and leak tests.
6. Compare the full landed cost per served drink: Factor in cups, closures, straws, freight, and wasted seals.

Bubble tea cup materials

The material affects clarity, stiffness, heat limits, sealing, printing, storage, and disposal. Resin codes identify broad plastic families. They do not prove that a finished cup suits every drink or temperature.

Polypropylene cups

PP cups are flexible and resist many drink ingredients. Bubble tea suppliers often pair them with roll film in automatic sealing machines. The cup lip and film must use a compatible seal layer.

Some suppliers rate certain PP cups for both cold and hot liquids. That rating belongs to the finished cup, not the resin name alone. Wall thickness, additives, shape, fill temperature, contact time, and machine use all matter.

Ask the supplier for:

• The intended food and beverage uses
• The maximum fill temperature and contact time
• The rim diameter and cup height
• Compatible film or lid product codes
• Sealing temperature and dwell-time range
• Food-contact compliance records for the intended use

PET cups

PET cups have high clarity and a firm feel. They show fruit, colored tea, foam layers, and brown sugar streaks clearly. Most standard cold-drink PET cups use snap-on lids.

Heat can soften or distort a cup that was made for cold service. Use the maker's limit instead of assuming one fixed temperature applies to every PET cup. Some suppliers sell PET cups and multi-layer films for lower-temperature sealing. Those products need compatible equipment and written settings.

Do a fill test with the hottest liquid the cup will receive. Check the sidewall, base, rim, lid fit, grip, and shape after the expected holding time.

PLA cups

PLA is a plant-based plastic often used for clear cold cups. A plant source does not make every PLA product suitable for a backyard compost bin. Certification and collection conditions decide where it can go.

BPI has separate certification paths for commercial composting and for commercial plus home composting. A commercial-only item needs an accepting compost facility. Many areas have no collection route for food-service compostable packaging.

PLA also has limited heat resistance. Use it only within the finished product's stated temperature range. Storage in a hot vehicle or near warm equipment can affect some cups.

Coated paper cups

Paper cups suit warm and hot milk tea, especially when customers will sip through a lid. The cup normally has an inner barrier layer that keeps liquid from soaking into the paper.

The barrier may affect recycling or composting. Check the full cup construction, accepted waste stream, and local rules. A paper exterior alone does not prove that the cup belongs in a paper recycling bin.

Paper also hides most of the drink. A printed panel or small clear window may support the brand, though a true plastic window changes the package construction and waste route.

Material temperature and cost planning table

The figures below come from early purchasing research. They are comparison figures, not product ratings or live quotes:

Suppliers may publish different limits and prices. Use the technical sheet and current landed quote for the exact item.

Bubble tea cups: PP vs PET

PP and PET are the 2 materials buyers compare most often:

PP may suit a menu built around fast machine sealing. PET may suit a menu where the drink's appearance drives the sale. For commercial retailers seeking pre-packaged, grab-and-go convenience with sealed puncture film, explore our ready-to-drink bubble tea cups. A mixed menu can use both if staff, storage, and ordering controls can manage 2 packaging systems.

Bubble tea cup sizes: 12, 16, 24, and 32 ounces

Common menu sizes include 12, 16, 24, and 32 ounces. Metric labels may be rounded. To compare single-use cups against shelf-stable cans and bottles for retail, read our guide to bubble tea cups vs cans vs bottles. A cup sold as 16 ounces may be listed near 500 ml, while 24 ounces may be listed near 700 ml:

Cup names are not reliable measurements. Get a product drawing and usable-fill line from the supplier. A dome lid, sealing headspace, foam layer, and ice can reduce the liquid volume served.

• 12-ounce cups: A 12-ounce cup can suit a hot milk tea, a child's portion, a sample flight, or a rich dessert drink. The recipe needs a smaller topping scoop so pearls do not take over the cup.
• 16-ounce cups: A 16-ounce cup is a practical regular size. It gives enough room for tea, ice, milk, syrup, and toppings without producing an oversized serving. A sample planning recipe uses 150 ml tea concentrate, 50 g sweetener or creamer, 150 g ice, and 50 g pearls.
• 24-ounce cups: A 24-ounce cup gives customers a clear step up from 16 ounces. It also increases drink weight, straw reach, ingredient use, and delivery risk. A sample large recipe uses 225 ml tea concentrate, 75 g sweetener or creamer, 250 g ice, and 80 g pearls.
• 32-ounce cups: A 32-ounce cup can work for fruit tea, event service, or a shared promotional drink. Large cups need a secure carrier and a base that fits delivery trays and vehicle cup holders.

Cup volume and recipe control

Cup size affects more than tea volume. Each recipe includes ice, toppings, foam, and space below the closure. Use this standardized calibration procedure:

1. Weigh the empty cup.
2. Add the approved amount of pearls and other toppings.
3. Add the recipe liquids by weight.
4. Add the standard ice portion.
5. Leave the headspace required by the film or lid.
6. Close the cup and weigh the finished drink.
7. Record the fill line and finished weight on the recipe card.

This gives staff a repeatable serving. It also exposes cups whose labeled size does not match the shop's expected working volume.

Bubble tea cups: case packs, storage, and freight

Wholesale boba cups are sold by the case. Case count, nested stack height, carton size, and pallet quantity affect the real cost of the order. Compare these logistics details:

• Cups and lids per case
• Number of sleeves inside each case
• Carton length, width, height, and weight
• Pallet case count and maximum stack height
• Freight class, delivery access, and lift-gate charges
• Storage space needed for cups, lids, film, straws, and bags
• Reorder point based on weekly use and supplier lead time

Keep lids and cups under separate product codes even when they arrive as a set. A changed cup batch can affect fit. Mark each opened carton with its lot number and delivery date.

Bubble tea cup rims: 95 mm vs 98 mm

The rim is the top edge that meets sealing film or a lid. A small difference can stop the package from closing. A 95 mm rim is common in commercial bubble tea systems. Some paper cups use 90 mm closures. Some clear cold cups use 98 mm lids or machine rings. These are product families, not a single worldwide rule.

Before ordering, record:

• Cup-top outside diameter
• Sealer ring and cutter diameter
• Cup height and base diameter
• Lip shape and thickness
• Matching lid or film product code
• Machine sensor and cup-holder limits

Do not rely on a listing that says standard size. Ask for a sample case or a technical drawing. Test at least 20 cups from the intended production batch when possible.

A simple fit test

Place an empty cup in the machine holder. It should sit level without rocking. The rim should meet the sealing plate evenly. Run the approved film and setting, then inspect the full circle for gaps, wrinkles, cuts, or burnt spots.

Fill more cups with cold water and ice. Seal them, dry the outside, place them on their sides in a tray, and check for leaks. Repeat with the heaviest real recipe and the expected delivery time.

Sealing film vs lids for bubble tea cups

Both systems can work. The choice affects labor, equipment, storage, cost, drink style, and customer use:

Heat-seal film

A cup sealer presses film against the cup rim using heat and pressure. The seal layer softens and bonds to the lip. For commercial sealing machine ergonomics and full store workflow planning, consult our commercial bubble tea cafe guide. The machine then cuts the film around the rim. Some PP systems use a starting range near 160°C to 175°C and a dwell time near 1.8 seconds. These numbers apply only when the cup, film, and machine supplier approves them. Film structure, cup resin, rim thickness, machine pressure, room temperature, and speed can change the result.

Use the film supplier's starting point. Raise or lower one setting at a time. A weak seal may peel at the edge. Excess heat can distort the rim, cut the film poorly, or leave a ragged opening. A sealed cup should pass a leak test before sale. No closure should be described as leak-proof until the actual cup, film, machine, recipe, and holding time have passed a written test.

Flat lids, dome lids, and sipper closures

Flat lids: Flat lids suit cold drinks that stay below the rim. A cross-slit lid lets a wide straw pass through. Check that the slit fits the straw without tearing or gripping it too tightly.

Dome lids: Dome lids add space for whipped cream, extra toppings, soft-serve swirls, or dessert decorations. They also add height, so test bags, shelves, and delivery carriers.

Cheese foam sipper lids: A sipper lid lets the customer drink tea and foam together. Many customers tilt the cup near a 45-degree angle so foam and tea reach the opening together. The lid should support a comfortable angle and limit splashing. The drink may still need a wide straw for pearls. Some shops provide both.

When a shop may skip a sealer: Snap-on lids can suit a small event, pop-up, or low-volume stall. They remove the machine purchase, power need, film loading, and calibration work. The operator still needs a fit test and a delivery plan.

Choosing a sealing machine for bubble tea cups

Check the machine against the packaging plan, electrical supply, counter space, and service volume. Ask the seller about:

• Supported rim diameters and adapter rings
• Manual, semi-automatic, or automatic operation
• Temperature range and control accuracy
• Film sensor type and printed-eye-mark support
• Cycle time under normal use
• Replacement blades, heaters, belts, and sensors
• Cleaning access and service support
• Electrical listing or certification required in the market
• Warranty and spare-part lead time

Boba straws and puncture testing

Bubble tea straws are wider than standard soda straws. An internal diameter near 11.5 to 12 mm is common for tapioca pearls. Large jelly cubes may need a different topping cut or straw. A pointed tip helps pierce film. The customer should not need enough force to crush the cup wall or push the cup across the table.

Test the complete setup:

1. Fill and seal the cup.
2. Place it on a dry, stable surface.
3. Pierce near the center with the selected straw.
4. Check whether the cup buckles or the film tears across the rim.
5. Pull pearls and toppings through the straw.
6. Repeat after the drink has waited for the normal pickup time.

U-shaped cups vs straight-wall cups

Cup shape changes appearance, stacking, stability, and how pearls collect:

• U-shaped bubble tea cups: U-shaped cups have a rounded lower section. The curved base gathers pearls near the center and gives the drink a distinct profile. They are sometimes called fat cups or rounded-bottom cups. The top rim controls sealer fit. A U-shaped cup can use a standard ring when its rim and height match the machine. The rounded body may need a matching cup holder and carrier.
• Straight-wall cups: Straight-wall cups taper from the rim to a flat base. They usually nest closely, stack well, and fit common carriers. Their simple shape can reduce storage and handling problems. Compare case dimensions as well as cup count. A low unit price can lose its benefit if bulky cases raise freight charges or take too much backroom space.

Custom bubble tea cups

Custom printing puts the logo, colors, contact details, or campaign art on the cup. The right method depends on order volume, number of colors, artwork, lead time, and budget.

Factory printing for large orders: An early factory-printing estimate may use 30,000 to 50,000 cups, 4 to 6 spot colors, and an 8-to-12-week production and freight window. Sourcing parameters vary by supplier. Large runs lower the printed cost per cup but create inventory risk.

Short-run cup printing: Domestic screen or digital printing can suit a new shop, event, seasonal design, or test order (1,000 to 5,000 cups) with a shorter lead time and higher unit price. Confirm whether the print process changes cup recyclability, nest release, odor, grip, or food-contact status.

Artwork rules: Keep the logo readable when the cup is held. Leave space around the rim so ink does not interfere with the seal. Keep required marks and batch information clear. A large clear window lets customers see pearls and drink layers. Ink belongs on the outside wall. Ask how the supplier cures the ink and request records for the intended food-contact article. Check that cured ink does not transfer when cups are nested, handled, or damp with condensation.

Custom cup minimums, costs, and lead times

Use supplier quotes for purchasing. The following figures work only as an early planning guide:

Bubble tea cups: packaging cost per drink

Calculate the full package, not the cup alone:

Compare film and lid economics

An early estimate may place film near $0.012 to $0.018 per drink and lids near $0.045 to $0.075. A sealer also brings equipment cost, maintenance, power, cleaning, and training. Calculate the break-even point:

• Monthly closure saving = drinks sold × (lid cost - film cost)
• Simple payback in months = sealer and setup cost ÷ monthly closure saving

Delivery leak prevention for bubble tea cups

Good delivery packaging uses several controls together:

• Match the cup and closure product codes.
• Keep the rim dry and free from foam, syrup, tea leaves, and powder.
• Use the approved machine settings.
• Leave enough headspace for ice and movement.
• Check every lid around the full rim.
• Use a carrier that holds the base and limits tipping.
• Keep hot and cold drinks in separate bags.
• Add tamper evidence if the service requires it.
• Test the packed order over the normal delivery time and route. Track leaks by cup lot, film lot, machine, setting, drink, staff shift, and failure point.

Sustainable bubble tea cups and packaging

Waste terms can confuse customers. Recyclable, compostable, recycled content, plant-based, and reusable describe different things.

• Recycling PP and PET cups: Resin code 1 or 5 does not guarantee curbside acceptance. Programs differ by city, facility, cup shape, color, food residue, label, and local market. Tell customers to follow local instructions. Labels, inks, adhesives, sleeves, and full-body print can affect sorting and recycled material quality.
• Removing sealing film: Sealing films can contain more than one layer. The film may follow a different waste route from the cup. If local rules ask users to separate the film, show a short instruction on the cup, menu, bin, or receipt.
• Compostable cups: Look for third-party certification (BPI commercial or home). Food-service composting depends on collection. A certified cup sent to landfill or a plastic recycling stream does not reach the intended compost process.
• Reusable boba cups: Reusable tumblers cut single-use packaging when customers bring them back and the shop can fill them safely. Set a clear policy for cup cleanliness, size, tare weight, and equipment clearance. Borosilicate glass shows drink layers; Tritan is shatter-resistant and lightweight; stainless steel provides thermal retention.

Food-contact and supplier checks

In the United States, food-contact status depends on the materials, manufacturer, and intended conditions of use. Title 21 CFR § 177.1520 covers certain olefin polymers, including specified polypropylene uses and limits. A reference to that rule does not replace records for the finished cup, ink, adhesive, lid, or film.

Ask for documents that cover:

• The exact product and manufacturer
• Intended foods and drinks
• Fill temperature and holding time
• Single-use or repeated-use conditions
• Print, colorant, adhesive, and liner components
• Production lot and traceability
• Any applicable regulation, effective notification, or guaranty

How to test bubble tea cups before buying a full order

Run a small trial with every drink type across these six validation tests:

• Fit test: Check the machine holder, sealing ring, lids, straws, cup holders, carriers, shelves, and bags.
• Temperature test: Fill the cup at the hottest and coldest real service conditions allowed by the supplier. Check shape, grip, rim, base, and closure over the expected holding time.
• Leak test: Seal or close the cup, dry it, place it on its side in a tray, and inspect it after the normal pickup and delivery period. Do not invert hot drinks.
• Drop and transport test: Place filled cups in the actual carrier and bag. Recreate careful walking, car turns, braking, and short vibration.
• Straw test: Pierce the film with the chosen 12 mm straw. Check wall stability, film tear, splash, and topping flow.
• Staff test: Ask several team members to separate, fill, close, label, and pack the cups. Record slow steps and repeated errors.

Buying checklist

Before approving a supplier, confirm:

• Material and resin code
• Cup size, usable fill, and dimensions
• Rim diameter and lip profile
• Cup height and base diameter
• Maximum stated use temperature
• Matching lid or film code
• Sealer settings and machine fit
• Straw size and topping fit
• Case count, case size, and pallet quantity
• Plain and printed unit price
• Print minimum, colors, setup charge, and proof process
• Production, freight, and reorder time
• Food-contact records for the intended use
• Recycling or compost certification claims
• Lot traceability and complaint process

Frequently asked questions