Custom Bamboo Pulp Containers Compostable: A Practical Guide

On a wet Tuesday morning in a molded fiber plant outside Dongguan, I watched a tray lift out of the mold that looked simple enough, almost plain, yet one small change in pulp refining had turned it from a weak, fuzzy part into a crisp, stackable piece that could survive a 1.2-meter drop test without cracking. I remember thinking, with a little bit of admiration and a little bit of frustration, that packaging is one of those industries where the smallest process adjustment can make you look like a genius or a fool. That’s the kind of detail most buyers never see, and it’s exactly why custom bamboo pulp containers compostable packaging deserves a careful look instead of a quick yes-or-no decision. When the fibers are right, the drying curve is right, and the mold is tuned properly, custom bamboo pulp containers compostable can feel sturdy, clean, and premium in a way that generic fiber packaging simply does not.

I’ve seen food brands, cosmetics companies, and private-label retailers switch to custom bamboo pulp containers compostable because they wanted more than a box that just held a product. They wanted branded packaging that matched the shape of the item, reduced empty space, and told a better sustainability story without looking flimsy on the shelf. Honestly, that’s a pretty reasonable ask. Nobody wants a beautiful product sitting in packaging that looks like it gave up halfway through the job. That is where molded fiber has earned its place: not as a trend piece, but as a practical format with measurable benefits in product packaging, retail packaging, and eco-friendly packaging programs, especially when a program is running 50,000 to 250,000 units per SKU.

Before we get deep into specs, cost drivers, and composting claims, it helps to understand the material itself. Custom bamboo pulp containers compostable are molded fiber containers made from bamboo-based pulp, pressed in matched molds to fit a specific product or use case, then dried into a rigid shape designed to break down under the right composting conditions. They are not the same thing as paperboard inserts, and they are not plastic clamshells with a different label. The structure, texture, and moisture behavior are all different, and that difference matters more than most purchasing teams realize. I’ve sat in enough sample reviews to know that people will often say, “It’s just packaging,” right before a moisture test quietly destroys that theory, usually in less than 30 minutes once heat and grease are introduced.

What Are Custom Bamboo Pulp Containers Compostable?

Custom bamboo pulp containers compostable are molded fiber packages made primarily from bamboo-derived cellulose fibers, formed into a shape that matches a product’s dimensions, stacking needs, or presentation goals. I usually explain them to clients as “fiber parts made with a purpose.” Instead of a one-size-fits-all insert, the mold is built for a specific bottle, cup set, produce item, dessert tray, or cosmetic kit, so the fit feels intentional and the product moves less during transit. In a typical production run at a facility in Guangdong, a tray might be specified at 220 mm x 160 mm with a 24 mm cavity depth and a target weight of 18 to 22 grams, depending on how much protection the application needs.

One detail I learned early on, standing beside a forming line in southern China, is that two trays can look identical from five feet away and still perform very differently. The pulp refining level, slurry concentration, and forming pressure can change everything, from edge strength to how the tray feels in your hand. A tray with poorly controlled fiber length will feel fluffy and weak; a well-formed part will have tighter walls, cleaner edges, and better stackability. That is why custom bamboo pulp containers compostable should be judged by more than appearance. I’d even argue that appearance is the least interesting part once you’ve watched a good line run and a bad line wobble through the same spec like it’s fighting the machine, especially when the dryer is holding at 160°C and the humidity is creeping above 70% in the factory bay.

Compared with generic paperboard, these containers usually offer a more three-dimensional form and a more naturally molded profile. Compared with plastic clamshells, they have a warmer, more natural surface and a much better sustainability story when the application fits. Compared with sugarcane bagasse, bamboo pulp can sometimes deliver a slightly finer surface texture and a different stiffness profile, although that depends on the blend, the mold design, and the drying cycle. There is no single “best” material here; the right answer depends on the product, the moisture exposure, and the budget. For example, a brand that needs a natural-fiber insert for a $24 skincare gift set may prefer bamboo pulp, while a high-volume meal tray program in Osaka or Shenzhen may be better served by a different molded fiber blend.

In practical use, custom bamboo pulp containers compostable show up in a lot of places:

• Food service trays for bakery items, sushi, pastries, and meal components
• Produce containers for berries, mushrooms, herbs, and cut fruit
• Meal-kit inserts that keep jars, packets, and chilled items separated
• Cosmetics inserts for jars, compacts, dropper bottles, and gift sets
• Protective retail packaging for electronics accessories, wellness items, and fragile kits

Now, the word compostable gets used loosely, and that causes a lot of confusion. In real packaging work, compostable does not mean “will vanish anywhere, anytime.” It means the material is designed to break down under specific conditions of heat, oxygen, moisture, and microbial activity, usually in an industrial composting environment unless a home-compost claim is clearly supported. That distinction matters, because custom bamboo pulp containers compostable should never be sold on vibes alone. The pulp has to be clean enough, the additives have to be suitable, and any coating or treatment must align with the composting claim. If a supplier says the part is compostable, ask whether the finish has been validated to ASTM D6400, EN 13432, or a comparable third-party standard, because a label without test data is just a label.

“A nice-looking molded fiber tray can still fail if the chemistry is wrong. I’ve seen it happen in a client’s test kitchen: the sample looked perfect, then a light grease load from a pastry gave it soft edges after 20 minutes.”

If you’re comparing custom bamboo pulp containers compostable against other packaging formats, it also helps to think about how the part supports package branding. A clean molded insert inside a rigid carton can elevate the unboxing experience, and pairing it with Custom Packaging Products gives brands a chance to build a complete presentation system instead of a single isolated component. That’s where these parts really shine: they connect sustainability, fit, and presentation in one piece, whether the outer carton is printed on 350gsm C1S artboard or a matte-laminated folding board sourced through a factory in Foshan.

How Bamboo Pulp Containers Are Made and How Composting Works

The manufacturing process behind custom bamboo pulp containers compostable starts long before any mold closes. Raw bamboo fiber is prepared, hydropulped with water, screened to remove oversize particles, and mixed into a slurry with controlled consistency. After that, the slurry is pulled into a mold with vacuum forming, then transferred through hot pressing, trimming, and final drying. Each stage influences final density, edge quality, and moisture response. In a typical plant in Dongguan or Huizhou, the forming table may cycle every 8 to 12 seconds per cavity, with drying time taking another 12 to 18 minutes depending on part thickness.

I’ve stood on lines where the operator adjusted slurry concentration by just a few percentage points, and the result was immediately visible in the finished part. Too thin, and the part loses body. Too thick, and you get uneven wall buildup, slower drying, and more trim waste. That is why custom bamboo pulp containers compostable are not just a “material choice”; they are a process choice. The same bamboo pulp can become a fine, crisp insert or a rough, inconsistent shell depending on how the plant handles water, pressure, and heat. A line running at 3.2% slurry solids will not behave the same as one running at 4.5%, and that difference can change your unit cost by several cents on a 100,000-piece order.

Matched metal molds generally produce tighter tolerances, smoother surfaces, and more uniform wall thickness than very basic tooling. If the container has a lid, hinge, or locking feature, the mold must be designed with real release angles and sensible geometry so the part can come out cleanly without tearing. Thick walls are not automatically better, either. I’ve seen buyers request “stronger” parts and end up with designs that used more fiber, dried slower, and still failed because the geometry trapped stress in the corners. Packaging people do this funny thing sometimes where they ask for “extra strong” and then wonder why the part starts behaving like a wet sponge in the oven. A well-drawn insert at 2.2 mm wall thickness can outperform a 3.5 mm overbuilt shell if the draft, ribs, and flange are engineered correctly.

From a material-science perspective, compostability is about cellulose fibers returning to the biological cycle under the right environment. Bamboo is rich in natural cellulose, and when the container is exposed to heat, moisture, oxygen, and microbial activity, the fibers begin to break down. In industrial composting, conditions are much more controlled, so the process can move faster and more predictably than a home compost bin in a backyard. That is one reason many verified claims are tied to industrial systems rather than casual assumptions. Under the right composting schedule, a thin molded fiber part may begin to fragment within 60 to 90 days, while a thicker, denser piece may take longer, especially if the surface was treated for grease resistance.

Industrial composting and home composting are not interchangeable. A container that passes one standard may not behave the same way in a small backyard bin, especially if the part is thick, deeply molded, or finished with a barrier coating. Custom bamboo pulp containers compostable may also break down at different speeds depending on geometry, wall thickness, fiber purity, and whether any surface treatment was added for oil or moisture resistance. A shallow tray with thin walls will usually compost faster than a deep insert with heavy ribs and coated surfaces. In practical terms, a 14-gram berry tray in a controlled industrial facility in Illinois may perform very differently from a 28-gram gift insert in a backyard bin in California, even though both were made from bamboo pulp.

If a supplier makes a compostable claim, ask what testing standard backs it. Recognized programs and standards matter more than marketing language, because they create a shared benchmark for buyers, retailers, and compliance teams. Organizations like the Institute of Packaging Professionals, the EPA’s industrial composting guidance, the ISTA transport testing framework, and the FSC system all help buyers separate real documentation from loose claims. That doesn’t mean every compostable fiber part must be FSC-certified, but it does mean you should ask for traceability and clear paper trails, including mill declarations, finish specifications, and test reports dated within the last 12 months.

In one supplier review meeting I sat through, a cosmetics brand wanted custom bamboo pulp containers compostable for a 6-piece gift set, but the first sample had a satin coating that made the part feel beautiful and slightly moisture resistant. The catch? The coating complicated the compostability story, and nobody wanted to guess how a retailer’s sustainability team would react. We revised the spec to keep the natural fiber look, added embossing instead of coating, and the final part actually looked more premium because the material identity was honest. I still remember the buyer smiling like they’d gotten away with something, which, honestly, they kind of had. The final spec used a 19-gram insert, a natural finish, and a press depth of 7 mm that made the product sit cleaner in the tray.

Key Factors That Affect Performance, Pricing, and Lead Time

Material choice is the first big driver. Virgin bamboo pulp generally offers better consistency, cleaner color, and more reliable forming than a heavily mixed fiber stream, although blended natural fibers can reduce cost in some programs. If you need custom bamboo pulp containers compostable with very tight visual requirements, virgin pulp or a tightly controlled blend usually wins. If your priority is lower cost and the part will live inside a carton, a blended fiber approach may be enough. In many factories, the difference between virgin and blended pulp can show up as a 10% to 18% swing in unit cost on a 20,000-piece order.

Design choices matter just as much as material. Wall thickness, ribbing, flange shape, stackability, and lid fit all affect strength and tooling complexity. A deeper tray with reinforced corners may use more fiber and cost more, but it might save you from a huge number of damaged units during shipping. I’ve seen a buyer chase a lower unit price by shaving grams off a tray, then lose far more in breakage, repacking labor, and customer complaints. That’s a painful lesson, and one that could have been avoided with better spec discipline. A part that costs $0.15 per unit for 5,000 pieces can be a smarter decision than a $0.11 part if the lower-cost version requires a second carton and double the void fill.

If the container needs grease resistance or heat tolerance, expect that to influence both cost and compostability review. Some applications, especially bakery and prepared food, need a balance between performance and environmental claims. Custom bamboo pulp containers compostable can be designed for those uses, but the supplier must be honest about the limitation: a natural fiber tray will not behave exactly like a plastic-lined container. The temperature of the product, the dwell time, and the grease load all matter. A pastry insert holding a 58°C item for 25 minutes is a different test than a cold berry tray sitting at 4°C in distribution.

Pricing usually comes down to a few practical variables:

1. Mold complexity: a simple open tray costs less to tool than a deep insert with tight product pockets.
2. Order volume: 50,000 units will almost always price differently than 500,000 units.
3. Tooling investment: custom molds may require a few thousand dollars upfront, sometimes more if the geometry is detailed.
4. Finishing: trimming, embossing, printing, and barrier treatments add steps.
5. Secondary QA: drop tests, moisture checks, and dimensional checks add labor and time.

Lead time is another place where buyers get surprised. A simple project with existing tooling capacity might move from approved spec to first samples in about 15 to 20 business days, but a new mold, multiple revision rounds, and a busy factory schedule can stretch the process longer. For custom bamboo pulp containers compostable, drying time is not trivial either. If the part is thick or the plant is running a humid cycle, drying can become the bottleneck. That’s why I always ask about actual line capacity, not just promised capacity on a sales sheet. A realistic schedule from proof approval to mass production is typically 12 to 15 business days for straightforward samples, then another 18 to 25 business days for tooling and pilot runs if the mold is being cut in Kunshan or Dongguan.

There is also a tradeoff between setup costs and unit economics. Custom runs usually look expensive early on because tooling and sampling are front-loaded, but once the mold is proven and the line is stable, the per-unit cost can make a lot more sense at scale. If you are planning a long program for branded packaging, the math often improves quickly. If you only need one short run for a seasonal launch, I’d be cautious and compare it against simpler product packaging formats. For a 100,000-piece annual program, moving from a stock insert to a custom bamboo pulp tray can lower damage rates by 12% or more, which often offsets the tooling in the first or second production cycle.

One client meeting in a food distribution warehouse made this point very clear. The buyer wanted custom bamboo pulp containers compostable for 80,000 deli kits, and the first quote looked high next to a plain stock tray. But once we mapped out reduced void fill, fewer damaged lids, and lower carton size, the landed cost got much closer than the sticker price suggested. Unit price matters. Total cost matters more. The final landed cost landed at roughly $0.23 per kit versus $0.26 for the stock pack once freight and repacking were included, and that was before the warehouse labor savings.

Step-by-Step Guide to Sourcing Custom Compostable Bamboo Pulp Containers

The cleanest sourcing process starts with the product, not the packaging. First define what the container must hold, how heavy the product is, whether it will travel cold or dry, and how the package should look at retail. If you begin with a vague idea like “we want something sustainable,” you’ll waste time. If you begin with exact conditions, custom bamboo pulp containers compostable become much easier to engineer correctly. I like to ask for product dimensions, a target pack-out weight, and a photo of the item resting on a flat table before I ever talk about mold geometry.

Next, build a solid spec sheet. Include dimensions in millimeters, target weight, nesting requirements, stack height, print or emboss area, moisture exposure, grease exposure, and any compostability expectations. I like to see a simple spec sheet with product photos, a sketch, and one or two real reference items. For a molded fiber part, three details matter a lot: cavity size, wall thickness target, and the real-world environment the part will face. If you can, add a tolerance band like ±1.0 mm on cavity length and ±0.5 mm on critical fit points so the factory in Xiamen or Dongguan knows exactly where the pressure is.

A good sampling process should not stop at appearance. Review the prototype, yes, but also fit-test it with the actual product, check the lid closure if there is one, and do a few practical abuse tests. Put the part in a cooler overnight. Add a slightly wet product. Drop the full carton from waist height. That’s the kind of testing that reveals whether custom bamboo pulp containers compostable will work in kitchens, warehouses, and retail back rooms, not just on a sample table. If the package is for food service, a 24-hour cold test at 4°C and a 20-minute grease exposure test can tell you more than a polished deck ever will.

I once worked with a meal-kit startup that loved the first sample visually, but the compartments were 2 mm too tight for their sauce cups. In the factory, that felt like a tiny issue. In the field, it caused scuffed labels and a lot of frustration during packing. We opened the cavity slightly, adjusted one rib, and the final insert ran smoother on the line. That’s the point of sampling: it is not just approval theater, it is problem discovery. We also shaved the cavity depth from 26 mm to 24 mm, which helped reduce the tray weight by 1.4 grams and kept the quote closer to budget.

Tooling and production should be planned in plain language. After design approval, the factory fabricates the mold, runs the first article inspection, makes revisions if needed, and then schedules mass production. For custom bamboo pulp containers compostable, I always recommend asking who owns the tooling, how long mold maintenance is supported, and what happens if the design changes later. Those details sound boring until something goes wrong, and then they become very expensive very fast. In many cases, tooling is cut in Dongguan, sample approval happens within 5 to 7 business days after the first shot, and then the plant locks in a production slot for the next available run.

Validation is the final gate. Ask for QA checks on dimensions, moisture content, surface finish, trim quality, and stack performance. If the parts will travel through distribution, bring in transport simulation or at least a basic drop test aligned to your shipment profile. ISTA-style thinking is useful here because packaging must survive the real trip, not just the factory floor. Then make sure the supplier’s compostability documentation matches the exact material and finish you approved, because a last-minute coating change can alter the claim. If you are buying into a retail launch in Chicago or Rotterdam, ask for the paperwork early so compliance teams are not left scrambling 48 hours before sign-off.

For brands doing broader package branding work, I often suggest connecting the molded fiber insert to a larger packaging system that may also include Custom Packaging Products such as printed cartons, sleeves, or display elements. The insert is one piece of the story. The full package is what customers remember, especially when the outer carton uses a specific board like 350gsm C1S artboard with matte aqueous coating and a clean 4-color print finish.

Common Mistakes Buyers Make with Bamboo Pulp Packaging

The first mistake is assuming all molded fiber is automatically compostable. It is not. Coatings, additives, inks, and even some surface treatments can change the claim. I’ve seen buyers approve a nice sample and then discover, during compliance review, that a finish layer made the documentation messier than expected. If the supplier cannot explain the exact material build-up behind custom bamboo pulp containers compostable, that is a warning sign. Ask for the pulp source, the additive list, and the finish method in writing, not just in a sales call from a warehouse office in Shenzhen.

The second mistake is choosing a shape that photographs well but nests badly. A dramatic sculpted form can look excellent on a sales deck and still create expensive shipping inefficiency because the parts do not stack tightly. More empty space means more cartons, more freight, and more warehouse labor. That’s why I’m always looking at nesting height and pallet count before I get excited about a shape. A tray that nests 18 mm high instead of 12 mm can cost a program a full 20-foot container over the course of a quarter if the volume is high enough.

The third mistake is underestimating moisture and grease. Bamboo pulp is natural fiber, and natural fiber can soften if the application is wet, hot, or oily for too long. For food applications, this can show up as warping, edge lift, or a soggy feel that customers notice immediately. Custom bamboo pulp containers compostable can handle many food uses well, but the design has to respect the actual exposure profile. A tray that holds dry pastries for 10 minutes is not the same as one that sits under covered lunch items for 45 minutes at 55°C.

The fourth mistake is skipping sample testing and trusting the drawing alone. A CAD file does not tell you whether a lid really seals, whether a bottle rattles, or whether a tray survives a courier route with three handling points and a rough sort belt. I have seen more than one buyer learn this lesson after launch, which is always the expensive way to learn it. I’ve also seen people say, “It’ll probably be fine,” which is not a technical strategy, no matter how often it gets repeated in meetings. A 5-piece bench test and a 30-piece transit test will usually reveal more than a week of opinions.

The fifth mistake is treating unit price as the whole story. A cheap quote with a high mold fee, weak quality controls, and slower shipping can end up more expensive than a higher-priced supplier who understands the process and ships on time. I tell clients to compare total landed cost, not just the ex-works number. That includes tooling, freight, samples, rework, and the cost of delays. I’ve seen a quote at $0.13 per unit turn into $0.19 landed once the buyer added the real freight from Guangdong to the U.S. West Coast.

“The cleanest quote on paper isn’t always the cleanest program in real life. I’d rather see a supplier give me an honest mold cost and a realistic schedule than a bargain number that collapses after the first sample.”

Expert Tips for Better Results, Lower Waste, and Smarter Specs

My first tip is to design for manufacturability. Keep the radii sensible, avoid extreme undercuts, and balance wall thickness so the pulp dries evenly. A form that releases cleanly from the mold will have fewer edge tears and lower scrap. That sounds simple, but I’ve watched teams ignore it because a design looked exciting in a presentation. Packaging design should work like production machinery, not like sculpture. In a plant running at 2,000 to 3,500 pieces per shift, a small draft-angle mistake can turn into a steady stream of rejects.

Second, ask for samples from the real line, not just lab prototypes. Lab samples are useful, but factory-line samples tell you how the part behaves when the machine is running at production speed, with actual drying conditions, actual operators, and actual moisture control. That difference matters a lot for custom bamboo pulp containers compostable, because slight changes in humidity can shift the finished dimensions by a millimeter or two. A sample made on a slow pilot station in Suzhou may not behave like one pulled from a full production line in Dongguan at 7:00 a.m. on a humid July morning.

Third, start with the end-use environment. Is the product refrigerated? Will it be stacked under pressure? Does the customer open the package at retail or at home? Those questions should shape the package from the start. I’ve seen teams fall in love with a shape and then try to force the product around it. That usually leads to wasted material, awkward fills, and a weaker overall system. If the package has to live in a 0°C cooler for 48 hours or ride in a delivery van at 38°C, say that up front and let the engineering reflect it.

Fourth, compare bamboo pulp with sugarcane bagasse and recycled molded fiber before locking the spec. Bamboo pulp can offer a distinct surface feel and visual character, while bagasse may be a better fit for some foodservice formats and recycled molded fiber may be more economical for certain inserts. If your project is branded packaging with a premium look, bamboo pulp might be worth the extra effort. If your priority is volume and basic protection, another natural fiber may fit better. I usually recommend requesting three sample types, then comparing them side by side under the same lighting, same product, and same shipping test.

Fifth, work with a supplier who can talk honestly about pulp refining, drying curves, moisture control, and breakage rates. Anyone can repeat “eco-friendly packaging” in a sales conversation. Fewer people can explain why a slurry with too much water or a drying tunnel with poor air circulation will create curl, softness, or inconsistent dimensions. That technical language is not decoration; it is the difference between a nice sample and a dependable program. If the supplier can tell you the dryer zone temperatures, the trim tolerance, and the rejection rate from the last 10,000-piece run, you are probably talking to a real production partner.

For clients building larger product packaging systems, I often recommend tying the molded fiber insert into the broader retail packaging strategy, including printed outer cartons or Custom Packaging Products that carry the visual identity. The insert can be natural, functional, and compostable, while the outer pack handles the heavy lift for package branding. That division usually produces a better result than trying to force one material to do everything, especially when the carton is printed on 400gsm SBS or a 350gsm C1S artboard with spot gloss and a window cutout.

Next Steps: How to Move from Idea to Quote with Confidence

If you are ready to request pricing for custom bamboo pulp containers compostable, gather the basics first: product dimensions, product weight, photos, use conditions, annual quantity, target launch date, and any special requirements like grease resistance or refrigeration. With those details in hand, a supplier can give you a quote that means something instead of a rough guess. If you already know the target volume, include it exactly, such as 5,000 pieces, 25,000 pieces, or 120,000 pieces, because the pricing curve changes quickly with scale.

Then compare suppliers using a practical checklist. Ask who owns the tooling, whether sample revisions are included, what certification support is available, how they document compostability claims, and how long production will take from sign-off. I would also ask whether the factory has current line capacity for your target run size. A supplier can be perfectly capable and still too busy to meet your schedule, which is a very inconvenient truth that seems to show up right after the purchase order. A realistic quote should also specify whether the mold is made in-house or outsourced to a tooling shop in Ningbo, Taizhou, or Dongguan.

If the application is new, request a small pilot run before you commit to the full production order. A 3,000-piece pilot can reveal more about fit, moisture behavior, and logistics than a dozen slide decks ever will. For custom bamboo pulp containers compostable, that pilot phase often saves more money than it costs, because you catch the bad assumptions early. I’ve seen brands use a pilot shipment to test carton compression, warehouse nesting, and retail shelf presentation before they release the full 50,000-piece order.

My practical action plan is simple: define the specs, request two or three sample options, test them in real conditions, and only then finalize the mold and production schedule. That sequence keeps you grounded in reality. It also helps you make smarter decisions about cost, carbon footprint, and performance, which is where serious eco-friendly packaging programs actually win. If the first sample is close but not perfect, revise the cavity depth, wall thickness, or rib layout before you green-light tooling.

I’ve seen good brands rush this step and regret it, and I’ve seen careful brands build a packaging system that performs beautifully for years. If you want custom bamboo pulp containers compostable to support your product, your retail story, and your operations team at the same time, treat the sourcing process like an engineering project, not a hope-and-pray purchase. That mindset is what turns a pretty idea into a dependable production run in places like Dongguan, Foshan, and Xiamen.

In my experience, the best results come from asking plain questions and demanding plain answers. What is the fiber blend? What is the mold geometry? What is the moisture window? What does the test data say? When a supplier can answer those questions clearly, you are usually in good shape. When they cannot, that is your signal to slow down. A good answer should include real numbers, like a 2.4 mm wall, a 14-day tooling window, and a moisture target between 6% and 8% at shipment.

FAQs

If you are building a new packaging program and need help thinking through molded fiber, branded packaging, or Custom Packaging Products that fit a product-specific presentation, the smartest move is to start with the specs and the use case. That is the quickest path to a package that looks good, runs well, and supports the sustainability story behind custom bamboo pulp containers compostable. It also gives your team a real basis for comparing quotes, whether the supplier is in Shenzhen, Dongguan, or Ningbo, and whether the first production run is 3,000 pieces or 300,000.