raw material containers

Greensir® is an high density  polyurethanic resin that, thanks to its mechanical features, it’s a good solution to use on reinforce of all thermoformed products. _Becasue it is solvent free and doesn’t emit texic substances in the environment, Greensir® an ecological alternative to fiberglass.

 

Greensir® is environmentally friendly because:

  • Has less environmental impact than other products in this category

  • has competitive price and quality and ensures greater sustainability compared to the otheralong the whole life cycle of the product

  • Is recyclable and reusable

 

The production process is entirely environmentally friendly because Greensir® :

  • doesn’t emit possible carcinogenic substances in the environment during the production process.
  • is not a special waste and is grinded and reused as secondary raw
greensir reinforcement plant

With Greensir® products is quick and cheaper

Sirtek designs and builds the Greensir® plants and raw materials. For selected customers, we have prepared a complete production line in our factory: Thermoforming, Greensirg strengthening and trimming.
This line is made available to those companies which need to rapidly prepare "prototypes and preseries' using the Greensir® system, without having to overhaul their internal production or to invest in plants before the product results have been tested. Each of our customers is able to:
Test Greensire before buying it.
Speed up dramatically the marketing of new product lines.

Greensir®, is ideal as reinforcement

Greensir® is a high-density polyurethane resin that, thanks to its mechanical resistance characteristics, is ideal as reinforcement for any thermoformed product, such as:

  • bath tub
  • shower tray
  • parts for caravans and campers 0 parts for micro-cars
  • parts for boat building
  • toys
bath tub
emissions certification

The power of Greensir®

  • It is a clean product.
  • It has thermal and acoustic insulation.
  • It has an optimum resistance and elasticity
  • It is not classified as a special waste material in EU
  • It can be recycled and reused as a secondary raw material
  • It does not liberate toxic substances in the environment

Greensir® not contain toxic substances

Greensir® does not contain any additive that could emit toxic substances during processing or when using the products in which it is applied.
Greensir® respects the new European norms on emissions (Ministerial Decree n° 44 dated 16-01-2004 - European Directive 1999/13/CE)

sectioned image of greensir reinforcement material

Comparison of

polyurethane reinforcement systems

Fiberglass VS Greensir

Discover how to stay ahead of the curve by complying with upcoming sustainability and safety standards while significantly enhancing your manufacturing capabilities. Our innovative solutions will help you quadruple your manufacturing output, allowing you to meet growing demand efficiently. By implementing our strategies, you can reduce costs by up to 75%, freeing up resources for further investment and growth.

Moreover, experience a staggering 1200% increase in manufacturing speed, enabling you to bring products to market faster than ever before. Our expert team will guide you through the process, ensuring that you not only meet regulatory requirements but also optimize your operations for maximum efficiency.

Don’t miss the opportunity to transform your manufacturing processes and position your business for success in a competitive landscape.

Fiberglass

High emissions during fiberglass production and application.

Hazardous waste from fiberglass classified as non-biodegradable.

Worker exposure to carcinogenic fibers in fiberglass.

Manual application requires multiple operators (4 per process).

Long curing times (24 hours) delay production.

Fiberglass requires significant space for curing and storage.

Rigid fiberglass structure unsuitable for flexible applications.

Rough surface quality impacts aesthetics and usability.

High costs for hazardous waste disposal.

Energy-intensive fiberglass production and curing.

Benefit

Meets environmental regulations and reduces ecological impact.

Minimizes waste, lowering disposal costs and improving sustainability.

Improves worker safety and complies with health regulations.

Reduces labor costs and simplifies the process.

Accelerates production timelines and increases throughput.

Optimizes factory space, enhancing efficiency.

Supports a broader range of applications with enhanced flexibility.

Improves product aesthetics, increasing market appeal.

Lowers overall production costs and supports green initiatives.

Reduces energy costs and aligns with sustainability goals.