Canvas frames are an essential component in the art, education, and retail display industries. Traditionally constructed from wood, these frames rely on harvested timber that demands significant natural resources and energy throughout its lifecycle, from forestry and processing to chemical treatment and transportation.
Jayna Packaging Pvt. Ltd., a company recognised for its innovative approach to packaging solutions, identified an opportunity to introduce corrugated board canvas frames as a biodegradable, recyclable alternative to conventional wooden frames. To validate the environmental merit of this shift, Jayna Packaging partnered with Switch Climate Tech for a comprehensive lifecycle emissions assessment.
Wooden canvas frames, while widely regarded as a natural material choice, carry
hidden environmental costs. Timber harvesting contributes to
deforestation, while the chemical treatments required for durability
introduce toxic substances into the production chain. The heavier weight of wood
also increases fuel consumption during transportation.
For a production volume of 100 lakh (10 million) corrugated board canvas frames,
Jayna Packaging needed an evidence-based comparison to quantify precisely
how much environmental benefit the corrugated alternative delivers. The assessment needed
to be grounded in internationally recognised standards to withstand scrutiny from
customers, regulators, and investors.
Switch Climate Tech applied its proprietary carbon accounting platform to perform a full lifecycle emissions comparison between wooden and corrugated board canvas frames. The assessment methodology adhered to the GHG Protocol standard, with emission factors sourced from DEFRA, IPCC, and the US EPA.
The evaluation spanned key impact categories including raw material sourcing, energy consumption, waste generation, and transportation. The platform’s automated reporting capability enabled Jayna Packaging to receive audit-grade environmental performance data across the entire product lifecycle.
Additionally, the biodegradability of the corrugated board material was validated through documented field evidence. A corrugated board sample, buried in August 2012 and exhumed in May 2013, demonstrated significant natural decomposition within nine months without leaving toxic residues, confirming the material’s superior end-of-life environmental profile.
The lifecycle assessment revealed substantial environmental savings when replacing wooden canvas frames with corrugated board alternatives at a production scale of 100 lakh units.
Switching to corrugated board canvas frames prevents approximately 9,000 tonnes (9 Kt) of CO₂e emissions compared to their wooden equivalents. This reduction spans raw material sourcing, energy use, transportation, and waste disposal.
* All calculations based on production of 100 lakh corrugated board canvas frames.
Jayna Packaging’s corrugated board canvas frames deliver a range of environmental and practical benefits that make them a compelling replacement for traditional wooden frames.
The corrugated board is manufactured using recycled paper and agricultural residues, which significantly reduces the demand for fresh timber and helps conserve thousands of trees. No virgin timber is needed, directly protecting forests from deforestation.
The manufacturing process for corrugated board requires far less energy and water compared to wood processing, resulting in a lower overall energy footprint. This translates into reduced coal reliance and lower air pollution at the production stage.
Unlike chemically treated wood, corrugated canvas frames break down naturally within nine months without leaving toxic residues, ensuring complete biodegradability. The frames are made with non-toxic, eco-safe materials, maintaining a cleaner and safer environmental footprint throughout their lifecycle.
Corrugated board frames are significantly lighter than their wooden counterparts, reducing fuel consumption and emissions during transportation and logistics. They are also more affordable than hardwood, making sustainable display solutions scalable and accessible to artists, educational institutions, galleries, and retailers.
Jayna Packaging’s shift to corrugated board canvas frames illustrates how targeted material innovation can deliver measurable climate benefits within traditional product categories. By preventing 9 Kt of CO₂e and conserving 3.62 lakh trees at a production scale of 100 lakh frames, this initiative demonstrates that sustainability and commercial viability can go hand in hand.
The corrugated canvas frames combine creative utility with climate-conscious design, making them ideal for artists, educational institutions, galleries, and retailers seeking planet-friendly display solutions. This product innovation offers a replicable model for the wider art supplies and display materials industry.
As environmental regulations tighten and consumer demand for sustainable products grows, Jayna Packaging’s proactive investment in corrugated alternatives positions the company as a leader in responsible manufacturing, backed by rigorous, third-party validated emissions data from Switch Climate Tech.
For more information about how Switch Climate Tech can accelerate your organisation’s sustainability journey, contact us at
sales@switchclimatetech.com
