Avien – A Sustainable Solution for Municipalities & Manufacturing Industries

ENVIRONMENT
SUSTAINABILITY

Efficient Production of Recycled Rejuvenated Plastic Sheets from MSW (Municipal Solid Waste) Plastic

A Sustainable Solution for Municipalities & Manufacturing Industries

(AVIEN RRP PLY MFGD FROM PLASTIC WASTE) RRP – RECYCLED REGENERATED PLASTIC

Supporting Industries Achieve ESG Goals
Committed to Protecting the Environmnet

Sustainable Waste Management

Composition of Municipal Waste

Sample Data of Plastic Waste – Case Study

Sample Study of: Municipal Corporation of Greater Mumbai (MCGM) – Municipal Solid Waste (MSW)

Mumbai Municipal Corporation collects 6800 MT solid waste per day with the following break up:

Source: MCGM Website

Introduction to AVIEN RRP SHEETS

AVIEN RRP PLY is made by recycling plastic waste. What sets AVIEN RRP PLY apart is its dedication to both sustainability and quality. While being eco-friendly, it doesn’t compromise on strength, durability, or versatility.

Sustainable Substitute for

Brief Comparison of AVIEN RRP PLY versus Plywood

COMPARISON OF PROPERTIES

PARAMETER	PLYWOOD	AVIEN RRP PLY
Density	0.65 – 0.79 gm / cm3	1.11 – 1.23 gm / cm3
Comp. Strength	13.90 N/mm2	23.80 N/mm2
Recyclable	NIL	1
Acid Proof	NO	YES
Borer Resistance	NO	YES
Termite Resistance	NO	YES
Fire Retardant	YES	YES
Water Absorption (After 24 hrs soaking)	8.5 – 12 %	0.25 – 0.32 %

Detailed Comparison between

12mm AVIEN RRP PLY Vs 12mm Plywood

S. No.	Characteristic	Unit of Measure	AVIEN RRP SHEET 12 mm	SHUTTERING PLYWOOD 12 mm
1	Density	Kg / m3	1112	650
2	Compressive Strength (300 x 300 mm)	kN	2380	1390
3	Impact Indentation	mm	0.16	NA
4	Moisture Content	%	0.49	7
5	Modulus of Rupture (460 x 460 mm)	N / mm2	95	NA
6	Modulus of Elasticity	N / mm2	NA	9100
7	Thermal Conductivity	W/cm ^C	0.002	0.15
8	Boiling Water Resistant Test	3 hrs boiling	No Disintegration	NA
9	Water Absorption
	After 24 hours soaking	%	0.32	8.5
10	Swelling after 2 hours soaking
	Thickness	%	0.2	2
	Width	%	NIL	NA
	Length	%	NIL	NA
11	Screw Withdrawal Strength
	Face	N / mm2	890	300
12	Load Breaking Point (500 mm x 300 mm)	kN	3.05
	Load Breaking Point	Kgs / sq. mtr	2074	500
13	Water Resistance (After 72 hrs boiling)		No Disintegration Observed	Disintegration Observed
14	Tensile Strength
	Parallel to Grains	N/mm2	8.7	32.5
	Perpendicular to Grains	N/mm2	5.2	22.5
15	Static Bend Strength (Dry)
	Parallel to Grains	N/mm2	36.1	75
	Perpendicular to Grains	N/mm2	17	40
16	Static Bend Strength (Wet)
	Parallel to Grains	N/mm2	16.6	10
	Perpendicular to Grains	N/mm2	12	7

Technical Specifications of AVIEN RRP PLY

S. No.	Characteristic	Unit of Measure	Result 6 mm Plain	Result 12 mm Plain	Result 18 mm Plain	Result 6 mm Corrugated
1	Density	Kg / m3	1106	1112	1112	1092
2	Compressive Strength (300 x 300 mm)	kN	2380	2380	2380	2380
3	Impact Indentation	mm	0.31	0.16	0.15	0.043
4	Moisture Content	%	0.84	0.49	0.35	0.79
5	Modulus of Rupture (460 x 460 mm)	N / mm2	95	51	66	20.9
6	Modulus of Elasticity	N / mm2	NA	NA	NA	NA
7	Thermal Conductivity	W/cm ^C	0.001	0.002	0.003	0.001
8	Boiling Water Resistant Test	3 hrs boiling	No Disintegration	No Disintegration	No Disintegration	No Disintegration
9	Water Absorption
	After 24 hours soaking	%	0.32	0.32	0.32	0.32
10	Swelling after 2 hours soaking
	Thickness	mm	0.03	0.2	0.24	0.05
	Width	mm	NIL	NIL	NIL	NIL
	Length	mm	NIL	NIL	NIL	NIL
11	Screw Withdrawal Strength
	Face	N / mm2	887	890	971	948
12	Load Breaking Point (500 mm x 300 mm)	kN	1.73	3.05	5.8	1.85
	Load Breaking Point	Kgs / sq. mtr	1176	2074	3944	1258
13	Water Resistance (After 72 hrs boiling)	No Delamination Occurred
14	Tensile Strength
	Parallel to Grains	N/mm2	8.7	8.7	8.7	8.7
	Perpendicular to Grains	N/mm2	5.2	5.2	5.2	5.2
15	Static Bend Strength (Dry)
	Parallel to Grains	N/mm2	36.1	36.1	36.1
	Perpendicular to Grains	N/mm2	13.6	17	17
16	Static Bend Strength (Wet)
	Parallel to Grains	N/mm2	16.6	16.6	16.6
	Perpendicular to Grains	N/mm2	11.3	12	12

Key Advantages of AVIEN RRP PLY against Plywood

Cheaper Substitute for Plywood / Plywood boards / Particle Boards
Conforms to ESG Compliance (Plastic Credits / Carbon Footprint)
Does NOT corrode or decay
Does NOT Splinter, Crack or Warp
100 % Recyclable
Smooth Glossy Finish / Texture
Waterproof
Termite and Borer Resistant
Working Temperatures upto 70o C

Applications of AVIEN RRP PLY

Shuttering Material in Construction Industry
Sound Barriers for Roads, Bridges, Highways passing through residential areas (Cheaper than Conventional and Polycarbonate Sheets without compromising required specifications)
Sound Barriers at Construction Sites
Fitch Barriers (Sand Filled Plastic Barrels / Tanks) for Vehicular Impact on Highways
Decking Sheets for Multi Level Car Parks
Bus Stops / Shelters
Waste Bins, Low Cost Toilets in Cities
Advertising Displays
Pedestrian Walkways
Low Cost Housing
Roofing Sheets to reduce temperature variance between inside and outside temps.
Site Offices

AVIEN RRP PLY can further be used at METRO STATIONS & AIRPORTS for the following applications:

Wall panels: To create decorative and durable wall panels for enhancing the aesthetics and providing a clean and modern look.

Ceilings: Used for ceiling installations, providing a smooth and uniform surface while ensuring durability, Temperature Control and resistance to moisture and wear.

Flooring: As flooring material, offering a sturdy and easy-to-maintain surface that can withstand heavy foot traffic.

Ticket counters: To construct ticket counters, providing a durable and functional surface for staff to carry out their operations.

Signage and way finding: To create signboards and way finding systems within metro stations, guiding passengers and providing essential information about routes, exits, and amenities.

Benches and seating: To build benches and seating areas at metro stations, providing comfortable seating options for passengers waiting for their trains.

Escalator cladding: To clad escalators, adding a sleek and modern look to the transportation system while providing protection and durability.

Elevator interiors: To decorate elevator interiors, creating a pleasant and visually appealing environment for passengers.

Staircase cladding: To clad staircases, offering a durable and slip-resistant surface for safe and efficient movement within the station.

Information kiosks: To construct information kiosks at metro stations, providing passengers with access to essential information about routes, schedules, and station facilities.

Restroom partitions: To create partitions in restrooms, ensuring privacy and durability in high-traffic areas.

Handrails: To construct handrails along staircases and walkways, providing support and safety for passengers. AND MANY MORE