Recycling by design A Matter of Processes
Our plastic processing processes have been designed to optimize the instantaneous recycling of production scraps, when compatible with the material and characteristics required.
Anything that cannot be recovered is sorted and sent to platforms specialising in the regeneration of plastics.
We can also use recycled materials available on the market and certified by international companies, such as R-PE HD and LD, R-PP and R-PET.
Natural sources Concern for the Origin
The continuous research to be able to offer a sustainable packaging has led Ramaplast to use materials from renewable sources to realise its products.
Particular attention has also been paid to the origin of these sustainable materials, currently they are coming from sugar cane plantations managed with eco-sustainable methods.
We are always very active in participating in international research calls to test materials and masters with charges of vegetable origin.
On-site
clean energy generation
As part of our commitment to reducing the environmental impact of our processes, in 2024 we invested in the development of a photovoltaic field dedicated to the self-production of clean electricity. The system directly supplies our main production site, ensuring a significant share of energy from renewable sources and reducing dependence on conventional sources.
The photovoltaic park has been designed to integrate harmoniously into the surrounding agricultural landscape. The area has been planted with native species, promoting local biodiversity and sustainable soil management. The site also hosts an apiary1, contributing to the preservation of ecosystem balance and to the enhancement of the surrounding environment.
Visit the photovoltaic park websiteThe energy generated by the system makes a tangible contribution to the reduction of emissions associated with energy consumption, thanks to the decreased withdrawal from the National Electricity Grid and the reduced use of natural gas for power generation.
Approximately, since the system was commissioned
2258 tCO2e
tonnes of CO2 equivalent have been avoided2.
1 Activities starting in spring 2026
2 Data updated on Monday, 5 October 2026 at 04:37
OUR OFFER FOR
RECYCLED AND BIOBASED MATERIALS
PE BIOBASED
PE BIOBASED is made of 96% from renewable sources from sustainable plantations. It does not show any odour or colour variations.
DatasheetR-PELD
The Recycled PE comes from 100% recycled material. Each colour has to be tested for the individual needs of the projects.
DatasheetR-PEHD
The Recycled PE comes from 50% recycled material. Each colour has to be tested for the individual needs of the projects.
DatasheetPP BIOBASED
PP BIOBASED is made of 33% from renewable sources from sustainable plantations. It does not show any odour or colour variations.
DatasheetR-PP
The Recycled PP comes from 99% recycled material. Each colour has to be tested for the individual needs of the projects.
DatasheetPET BIOBASED
PET BIOBASED is made of 20% from vegetable raw materials and renewable sources. It does not show any odour or colour variations. Its classic transparency is guaranteed.
DatasheetR-PET
The Recycled PET comes from 100% recycled material. While respecting the environment, this material is nowadays recognised, because it does not achieve total transparency or a pure white.
Datasheet
Virgin Raw Materials
In the world of plastics, the main sources are PETROLEUM and METHANE. Imagine monomers as an agglomeration of very small particles that, through complex chemical processes, join together to form long chains called polymers. This creates the synthetic resin, a soft paste, to which dyes and other substances are added to give plastic the desired features. This paste is then processed into granules and powders ready for the creation of objects. When talking about virgin raw materials at RAMAPLAST, we refer to the production of our products such as PE, PP and PET.
Bio-based Raw Materials
Natural resources can be non-renewable or renewable. The latter make it possible to obtain renewable raw materials of plant origin that can be considered as such because their use does not jeopardise natural resources for future generations. At RAMAPLAST, plastics with these characteristics are PE BIOBASED, PP BIOBASED and PET BIOBASED as they are composed of a percentage of renewable raw material of plant origin.
PCR – Post Consumer Resin
Recycled plastic is defined as post-consumer when the product, in the form of packaging or a finished object, fulfils the task for which it is produced and is delivered, through separate collection to mechanical recycling plants, to create new raw material upon continuous circularity. RAMAPLAST contributes to increasing the circularity of plastics by offering certified plastics such as R-PEHD, R-PELD, R-PP and R-PET consisting of a percentage of plastics derived from separate waste collection.
Recycled Material
That material made using post-consumer waste, within the weight limits imposed by the technologies used to produce the material. It undergoes recycling operations so that it can be recovered for new use. In compliance with this, at RAMAPLAST we rely on suppliers with specific skills who are able to provide this type of material, which is increasingly in demand.
Recyclable Material
It is a crucial feature to all materials and products that can be recycled, i.e. they can undergo physical-chemical and/or mechanical processes that transform them into a new material or product once their life cycle is over. Particularly in the world of plastics, the recycling codes ranging from 1 to 7 are fundamental for RAMAPLAST, a basic guideline in the production and design of our products.
Biodegradability
is the property of a substance to be decomposed by nature, i.e. by bacteria living in the soil and surface waters. Bacteria transform organic matter into carbon dioxide, which is released into the atmosphere and absorbed by trees, algae and plants. Biodegradability therefore ensures the regular maintenance of the ecological balance. The European standard UNI EN 13432:2002 states that to be defined as biodegradable, a product must decompose by 90% within 6 months. In the world of plastics, this is a subject that still sees a lot of room for exploration and research: at RAMAPLAST we are digging in to bring out solutions.
Compostability
Can be defined as a specific type of biodegradation - i.e. the transformation into compost, a natural fertiliser - that takes place in both industrial and domestic composting plants. It refers in particular to material whose decomposition process takes place in less than 3 months. At RAMAPLAST this is an issue that is always and inevitably linked to the content of our products and is the subject of ongoing research.