Tilly: Women’s silk dress adamleaves
Tilly: Women’s silk dress adamleaves
Tilly: Women’s silk dress adamleaves
Tilly: Women’s silk dress adamleaves
Tilly: Women’s silk dress adamleaves
Tilly: Women’s silk dress adamleaves
Tilly: Women’s silk dress adamleaves
Tilly: Women’s silk dress adamleaves
Tilly: Women’s silk dress adamleaves
Tilly: Women’s silk dress adamleaves
Tilly: Women’s silk dress adamleaves
Tilly: Women’s silk dress adamleaves

Tilly | Women's Silk Dress

Tilly is a natural, soft silk outfit. This relatively 'A-Line' silhouette dress will fit every body type and make you feel as if you're wearing the most luxurious fabric possible. Every component, from the silk fabric to the lining, stitching, threads, and zippers, has been intended to last for as long as possible while having a minimal effect on the environment. This dress is perfect for many seasons and events, including weddings, evening parties, and family gatherings!
Material : Silk
Regular price ₹7,850.00
Sale price ₹7,850.00 Regular price
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Tilly: Women’s silk dress adamleaves

Tilly | Women's Silk Dress

Behind The Design

How It's Made

The Material Difference

Silk vs. Polyester

Life-cycle assessment · per kg of finished fiber · cradle-to-gate (raw material extraction through primary fiber processing)

Silk Polyester
Water 601–3,000 L 62–200 L
Energy 110 kWh/kg (≈396 MJ) 108–217 MJ
CO2 34.0–80.9 kg 2.0–27.2 kg
Source Renewable Fossil fuel
Fertilizer & pesticides Low to moderate None (industrial synthesis instead)
Microplastics None High
End of life Biodegradable Non-biodegradable

Better Moderate Higher impact

The trade-off: Silk is fully biodegradable and sheds no microplastics, but conventional, mechanised silk production is unusually energy- and carbon-intensive, driven by rearing silkworms and reeling/degumming the raw fiber. Polyester compares favourably on energy and CO2 here, though it remains a non-renewable, non-biodegradable synthetic.

Why the ranges vary: These figures reflect conventional, mechanised auto-loom silk processing — the industry-standard basis for most published data. Adam Leaves sources finished, hand-loomed silk fabric directly from artisan weavers, a slower, less mechanised process not separately measured in this dataset.

Methodology & data notes
  • Water: Silk's figure covers mulberry cultivation and the degumming (boiling) process used to extract raw fiber from cocoons. Polyester's water use is mostly for equipment cooling during chemical synthesis.
  • Energy: Silk requires significant energy for reeling and degumming raw cocoons, especially in mechanised production. Polyester relies on energy-intensive petroleum cracking and polymerization, but its per-kg figure is comparatively lower.
  • CO2: Conventional silk's emissions are driven by energy-intensive processing and sericulture (silkworm rearing). Polyester's emissions vary with the energy grid — coal vs. renewables — used in manufacturing.
  • Source: Silk is a protein fiber produced by silkworms feeding on mulberry leaves — renewable, but resource-intensive to process. Polyester is derived entirely from petroleum and natural gas extraction.
  • Fertilizer & pesticides: Mulberry cultivation for silk needs moderate fertilizer but relatively few pesticides. Polyester uses no agricultural chemicals, but its production relies on petrochemical catalysts and industrial processing chemicals instead.
  • Microplastics: Polyester sheds synthetic microfibers during washing, which accumulate in marine ecosystems. Silk is a natural protein fiber and does not shed plastic.
  • End of life: Untreated silk naturally decomposes. Polyester can persist in landfills for centuries, though it can be mechanically recycled.

Our Process

From Fibre to Finish

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