Flame Retarding PP:
The most widely used Plastic is difficult to flame retard environmentally friendly manner. The Problem is addressed through our technology.
Flame Retarding Engineering Plastics:
Many Engineering Plastics have excellent opportunities if properly flame retarded. No flaming drops, No toxic gases, No smoke.
Transparent Toughening of Transparent Plastics Virgin:
Transparent Plastics like PMMA and SAN lose their transparency when blended with ABS. If not toughened, then they have low impact strength which limits the market size. Toughened properly technologically and innovatively, excellent results are obtained. There is no scale of operations for this and from small to giant cost. it is applicable.
Antioxidation for difficult applications:
Antioxidation is a complex phenomenon. Many polymers when reprocessed degrade due to poor antioxidation e.g. POM a versatile Polymer. Other polymers have the same to varying degrees. Effective antioxidation can resolve problems and improve market presence. Technically reduces cost.
ABS blends & alloys are cost-effective technologies for better business:
ABS blends and alloys are well known. India can do both in virgin and recycling thus getting a new market or increasing market share. For the recycling Industry, it is a very good opportunity.
Flame Retarding Polymeric Woven Textiles Post Fabric Production:
An excellent technology for manufacturers of technical textiles. Arvind Mills, Gujarat Mafatlal, Entremonde Polycoats and some others for PET, PET Blends, Nylons & PU Coated.
Flame Retarding Spun Bonded PP Non-Woven Fabrics:
The demand for this technology has been rising and recently completed and READY. Non-woven PP has demonstrated its benefits in the last 3 to 4 years.
Innovative Additive MB Technologies:
Additive MBs play a very important role in functional performance. Though a Plethora of additive MBs is used, our additive MBs are Innovative in nature and resolve certain problems in some areas, e.g. food packaging and plastic recycling.
Recycling Engineering Plastics:
It is done. It needs to be done better for better price realization. Innovations in this area of business are important. Engg. Plastics like Nylon. PC/ABS, ABS PC and others.
Recycling and Flame Retarding Nylons together:
We have the Technology.
Dedicated Technology for Micro Segment of MSME in Plastics Recycling:
We have the Technology.
Technology for Black Nylon Granules from End-of-Life Tires Reclaim:
7-8% of tires are Nylons. It is important to separate this and another 7% of PET and Aramid Fibres and the remaining 85% can be devulcanized or pyrolysed.
LDPE Wax Production:
A low capital investment project to make the above wax companies will find useful.
Recycling of Post-Consumer and Industrial Polyolefin Waste:
Usually mixed waste plastic consists of PET, PE and PP when taken for PET recycling. Even the mix of PE and PP waste is difficult. We deal with specific problems encountered in practice. Work for a year since a lot of customization is needed. Even BOPP waste is mixed. A mix of BOPP and PET waste is difficult to recycle. We deal with each of the problems with almost 15 Innovations to address individual issues.
Recycling ABS & PET to Form ABS/PET Alloy:
This is important.
Alloying above 2 is difficult. Innovations done on a Lab Scale for a very small quantity. Successful.
Toughening of Recycled Plastics:
Recycling Plastics often have strength issues which are also inconsistent. Limits price realization. Needs a proper technological approach to improve performance. Technology covers Polyolefins and Styrenics.
Alloying ABS with Polyolefins in Recycling:
Polyolefins (PE & PP) can be ALLOYED with ABS in the recycling stream and this innovative technology is available with us.
The resultant Alloy can find applications in
- A. Appliances
- B. Clock Casings
- C. Toys
- D. Trays
- E. Economy Furniture
- F. Economy Luggage
- G. Plant and Flower Pots
We have done with Black colour on Pilot Scale.
