The engineering-grade replacement for virgin PP and HDPE - recovered from chip packets, sachets, and other "unrecyclable" multi-layer plastic. Five grades. Conventional moulding equipment. Zero retooling.
VerdiFLX is a family of recycled polyolefin compounds extracted from post-consumer metallised multi-layer plastic (MLP) - chip packets, sachets, chocolate wrappers, and other flexible packaging that conventional recyclers cannot process. The base resin is recovered through Without®'s patented VerdiCycle™ chemo-mechanical process, which separates out all the layers - including aluminium - at 120°C using water-based chemistry. Each grade is then compounded with grade-specific additives, compatibilisers, and (where required) virgin resin to deliver target mechanical and rheological properties - tested against ISO and ASTM standards in NABL-accredited labs.
Runs on conventional moulding equipment. No retooling, no new capex for the manufacturing partner. Injection, blow, and extrusion processes unchanged.
Every kilogramme is traceable back to source waste through one vertically integrated facility in Pune, India.
Headline mechanical properties and applications per grade. Switch tabs to compare across the range. Request the full TDS for any grade and we'll send the complete characteristic set and test methods.
Zero virgin polymer. Built for tough containers, fixtures, and deep-cavity parts.
A fully recycled injection compound with exceptional toughness for its category. Tolerates flex and impact without cracking.
Reusable containers, household goods, utility bins, automotive non-load-bearing trims, junction boxes, custom fixtures, jigs, cable routing, modular storage.
Planter pots moulded in VerdiFLX B100I
Zero virgin polymer. The grade behind the world's first shampoo bottle made from chip packets.
A fully recycled blow-moulding compound. Drop-in candidate for applications traditionally reliant on virgin HDPE, LLDPE, or PP. Passes USFDA and FSSAI food-contact migration thresholds (TUV India, Feb 2026).
Beauty and personal care bottles (250 ml, 500 ml), cleaners, detergent jugs, cosmetic containers, refill packaging, agricultural and industrial containers, blown film, multilayer sheet, thermoformed trays.
Bottles moulded in VerdiFLX B100BM
Drop-in for HDPE and PP blow-moulded packaging.
A more rigid blow-moulding compound with the squeeze-cycle resilience of HDPE. Compatible with PE and PP recycling streams.
Reusable bottles, jugs, cosmetic containers, refill pouches, agricultural chemical jugs, automotive coolant bottles, paint and lubricant pails, transport packaging, blown film bags, extrusion profiles.
Bottles moulded in VerdiFLX B75BM
75% recycled. The grade behind the world's first sunglasses made from chip packets.
A stiff yet resilient injection compound. Excellent tensile strength, surface coatable in matte or gloss, REACH and RoHS clean.
Eyewear frames (adult and kids), snap-fit closures, protective gear shells, sports goods, decorative homeware, automotive interior trims, modular storage, hinged components, extrusion profiles, sheets and tubing.
Eyewear moulded in VerdiFLX B75I
50% recycled. Engineered for high-melt-flow, impact-resistant automotive parts.
Compounded for automotive applications demanding high melt flow and tough components. More rigid than B100I, with the impact resistance to absorb shock without cracking.
Automotive bumper fascias, fender liners, interior trims, underbody shields, mud flaps, splash guards, electrical cable trays, junction boxes, snap-fit and living-hinge components.
Under-bonnet parts moulded in VerdiFLX B50A
VerdiFLX B75I is the injection grade behind eyewear made from chip packets. Benchmarked against the two materials the eyewear industry actually uses - TR90 nylon and cellulose acetate. It lands in the same stiffness class, then pulls ahead on elongation: frames flex and twist instead of snapping.
Won't break when twisted or bent. B75I sits in the same stiffness class as TR90 and acetate, but its high elongation means a frame flexes and springs back instead of cracking - the failure mode that kills acetate frames at the hinge and bridge.
All VerdiFLX grades run on conventional polyolefin processing equipment. The parameters below are starting points - tune to part geometry, machine capability, and cycle-time targets. Sample shipments include grade-specific processing notes.
B50A · B75I · B100I
B50A's higher MFI suits complex multi-cavity tools. B100I's lower MFI may need increased holding time on thin-wall parts.
B75BM · B100BM
Both blow grades validated against drop testing (1.5 m), 500 squeeze cycles, and -10°C to 60°C tolerance. B75BM = more rigid wall. B100BM = 100% recycled content.
B100I · B75I
Standard polyolefin barrel zoning. Specific recommendations supplied with sample shipments. Contact materials engineering for tooling support.
VerdiFLX has been tested against food-contact migration thresholds, restricted substances, and reprocessability standards by TUV India and other accredited laboratories. Reports available on request under NDA.
224 of 224 substances cleared. TUV India.
No detection of restricted heavy metals or flame retardants.
Food-contact migration thresholds (B100BM). TUV India, Feb 2026.
Overall migration, heavy metals, DEHP (B100BM). TUV India, Feb 2026.
Certified 2025. One of 19 certified organisations in India.
Sphera-validated 2025. Internal update 2026. 13 impact categories.
Recycled content standards. Eligible, certification underway.
3 patents granted, 5 published. Process and reactor patents across the VerdiCycle platform.
VerdiFLX B100BM has been independently tested to USFDA 21 CFR 177.1520 and FSSAI methods covering overall migration, heavy metals, and DEHP. Test laboratory: TUV India. Test date: February 2026.
All other grades have passed REACH and RoHS. EU REACH SVHC compliance: 224/224 substances cleared.
VerdiFLX passes food-contact migration thresholds at the material level. Final food-contact suitability of any finished product depends on part design, processing conditions, and intended use case. Customers with food-contact applications should confirm compliance for their specific use.Most "recycled content" in the polymer industry is sold on mass balance: a producer mixes recycled and virgin feedstock, then assigns the recycled share to chosen batches on paper. The molecules in your bag may be virgin. VerdiFLX makes no such trade. The recycled content in a bag of VerdiFLX is physically there - every kilogramme, made under one roof, traceable to the waste it came from.
Waste-picker collectives and 14+ women-led scrap shops
Shredding and washing of collected feedstock
VerdiCycle™ chemo-mechanical extraction at 120°C
Compounding, pelletisation and quality control
For brands: This is the difference between a sustainability claim that survives an audit and one that does not. Every VerdiFLX product can be traced back to source waste, source workers, and source facility.
We ship 5 kg sample batches to qualified manufacturing partners and brand R&D teams worldwide. Most enquiries are answered within 48 hours. Samples typically dispatch within 1-2 weeks of confirmation.
Or reach out direct: rohan@without.live · growth@without.live · +91 91754 70131
VerdiFLX™ is a registered trademark of Without® (by Ashaya). VerdiCycle™ is a patented chemo-mechanical recycling process. Patents granted in India for MLP recycling; additional patents published across the VerdiCycle platform. All test data current as of January 2026. Specifications subject to revision as production batches and certifications evolve - the latest TDS issued on request is always the authoritative source.
