moulded paper pulp packaging


A sustainable & SLEEK solution

Most of us are familiar with molded paper pulp technology from the egg carton.
In the last 10 years, the technology has improved to create a product that has a clean and smooth finish. Its now being found in the packaging for expensive tech, cosmetic and jewellery products. 

To give an idea of its increase in popularity; in the last 10 years, we produced less than 3 projecta a year involving molded paper pulp products. But in 2019 alone, we completed at least 17 projects. 

So why are brands choosing paper pulp for their packaging?

  • Its super eco-friendly. It's recyclable, degradable and food safe. 
  • It looks sleek and modern due to the evolution of the technology
  • It possess many of the qualities of plastic without the environmental damage

How are paper pulp products made?

We make our paper pulp products in Dongguan, China, close to our paper packaging factory. Below is a step by step guide to how the product is produced. 

Step 1
The raw material arrives from the material supplier. The paper comes from sugar cane because of its long fibres and fast growing ability. We can also use paper made from bamboo. We also re-use any wastage in the factory as a paper source. 


Step 2
The paper is placed into a big blender and mixed with water and blended into a wet paper pulp. This is then fed through large tubes to the forming machines. 


Step 3
The forming machine (below) has a male and female plate that press together sandwiching the wet paper pulp between the two plates and pressing the majority of the water out. 


Step 4
The semi-finished product is transferred to another set of machines that use heat and pressure to remove all of the moisture. Any debossing or embossing is done at this stage. The product is almost perfectly formed now.  


Step 5
The sheets are transferred to a die cutting machine which individually cut out each product and a worker packs them together. 



Above - Each stage of the product; From wet forming, drying and finally die cutting. 


  • Tooling can be expensive. Between £2500 to £10,000 depending on the complexity required
  • Paper pulp can be dyed to PMS, embossing and debossing is possible, foiling is sometimes possible. CMYK printing is not possible
  • The final design cannot have vertical edges. I.E. Should have a draft angle of 3-5 degree
  • Minimum order starts from 10,000 pcs. Smaller runs are possible but set-ups costs can be prohibitive
  • Lead times start from 35 days. Molds take around 20 to 25 days to make




Interested in this product?  Send us your details below to discuss your requirements in more detail.