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Sustainability banner

Three end-of-life routes, not one

A kitchen does not run on compostables alone. Some jobs need a container that gets washed and reused for years; some need foil that goes in an oven. We make all three kinds and we label each one for what it actually is.

ROUTE ONE

Compostable

Areca palm leaf, sal leaf, bagasse, birchwood, bamboo, balsa and aqua-coated paper, which is home compostable in roughly 60 to 90 days, food residue included. PLA and CPLA are industrially compostable only and will not break down in a garden bin. Needs: a compost bin, or a commercial facility for PLA
ROUTE TWO

Recyclable

PET (#1) and PP (#5) are accepted by most kerbside programmes. Aluminium recycles infinitely and is worth money to the recycler, which is why it genuinely gets recycled. PS (#6) is refused by many programmes; check locally. Polyethylene film is store drop-off, never kerbside. Needs: a stream that actually accepts it
ROUTE THREE

Reusable

Rice husk dinnerware, PP deli containers and carry bags gauged to be used again. The most sustainable item is usually the one bought once: a lidded container that replaces a roll of film a week outperforms any single-use alternative, compostable or not. Needs: nothing but a dishwasher

And one route with no claim at all. Our foodservice cling film is PVC. It is not compostable, it is not kerbside recyclable, and it goes in general waste. We make it because every commercial kitchen needs film, and a supplier who refuses to sell it simply sends the customer elsewhere, along with the rest of their order. We would rather make it and label it honestly.

How we describe every material

Each of our sixteen lines is documented the same way, so you can compare like with like rather than reading marketing copy of varying enthusiasm.

Source & origin

What it is made from and where that comes from.

Manufacturing & processing

How it is actually made, in our own plants.

Key benefits

What it does well, and what it does not.

End of life

The route, the standard and the timeframe.

Nine of the natural materials also have aninety-second film showing how they are made, from the raw material in nature through the press and into use.

What certification can and cannot tell you

Certification is necessary and it is not sufficient, and we would rather say so than pretend a logo settles everything.

What a mark does tell you

That an independent laboratory tested the product against a defined standard with a defined timeframe. BPI and ASTM D6400 or D8410 for compostability in North America.EN13432 for Europe. USDA Certified Biobased for the percentage of biobased carbon, and nothing else. It is not a compostability mark, and anyone telling you it is has misread their own certificate.

What it does not tell you

Whether a facility near your customer will actually accept it. A certified compostable product in a region with no composting infrastructure goes to landfill like everything else. That is not a failure of the certificate; it is the limit of what a certificate can do. Ask us what your market actually accepts and we will tell you, including when the answer rules out something we sell.

And a word we do not use. The Biodegradable Products Institute, the body that certifies compostables in North America, describes misleading “biodegradable” claims as greenwashing that obscures the truth. It carries no timeframe, it is restricted as a consumer claim in a number of US states, and we state compostable, with the standard and the number of days instead.

Beyond the product itself

The material was waste first

Areca sheath falls on its own. Cane fibre was burned at the mill, a real air-quality problem in cane regions. Rice husk is milling residue. Nothing is grown for us and no tree is cut for us.

60% solar, 80% less water

Most of our production runs on renewable energy, with the balance converting. Pressing a leaf uses a fraction of the water that moulding a polymer does.

Packaging that matches the product

On the compostable lines the covers, carry bags and pack linings compost too. There is little point in a compostable plate arriving wrapped in something that does not.

Shipped from the nearest warehouse

Every order routes from Hayward, Baltimore or the third-party site closest to you, reducing transit, less handling, lower emissions per case.

The lifecycle, in four steps

1

It falls

The areca palm sheds its sheaths on its own. Sugar mills leave fibre behind. Rice mills leave husk. Nothing is cut or grown for packaging.
2

We make it

Washed in water, pressed with heat. No chemicals, no dyes, no coatings on the compostable range.
3

It returns

Into a home compost bin with the food still on it. Palm leaf and bagasse become soil in roughly 60 to 90 days.
Decomposed diagram
Decomposed diagram

On every recyclable product page we show the compostable alternative beside it. The direction of travel matters as much as today's order.

Disposal, honestly

Home compostable

Palm leaf, sal leaf, bagasse, birchwood, bamboo, balsa. Straight into a garden bin with food waste.

Industrially compostable

PLA only, and we always say industrially. Without a commercial facility, choose bagasse or paper instead.

Recyclable

PP (#5) and PET (#1) kerbside. Aluminium in the metals stream. Polyethylene film to store drop-off, never kerbside.
decomposed
decomposed

The five material families

Fifteen materials, grouped by where they come from and where they go. Four of these families compost. One recycles. We show them together because the honest version of sustainability is not one material doing everything; it is choosing the right one for the job, and being clear about which is which.

Leaf & Fibre

Leaf & Fibre

Areca palm, sal leaf, sugarcane bagasse, rice husk

Wood

Wood

FSC birchwood, bamboo, balsa

Paper & Board

Paper & Board

FSC and recycled fibre, HydraShield coating

Plant-Based

Plant-Based

PLA and CPLA from fermented plant starch

Recyclable

Recyclable

PP, PET, PS, aluminium, HDPE and LDPE