A woman stands against a light gray studio background wearing a bright turquoise-blue satin-like silk blazer and matching wide-leg trousers over a cream top and metallic sandals.
A woman stands against a light gray studio background wearing a bright turquoise-blue satin-like silk blazer.
A woman modeling a matching teal blue satin-like silk blazer and wide-leg trousers set, standing against a light gray studio background.
A model viewed from the back wearing a matching turquoise blue silk suit with a structured blazer and wide-leg trousers, set against a plain light gray studio background.
A model stands against a light gray studio background wearing a metallic bronze-brown silk blazer over a cream collared shirt, paired with wide-leg beige trousers and holding a small metallic clutch.
A woman modeling a rust-brown textured silk blazer over a cream collared shirt and beige trousers, standing against a light gray studio background.
A woman walking on a city crosswalk wearing a rust-brown silk blazer, a cream button-up shirt, beige wide-leg trousers, and holding a black clutch bag.
A woman stands on a balcony wearing a long cream satin dress with a brown silk blazer, a black belt, and holding a black handbag. The background features a warm terracotta-colored building wall and a black wrought-iron railing.
A woman stands against a light gray studio background wearing a bright turquoise-blue satin-like silk blazer and matching wide-leg trousers over a cream top and metallic sandals.
A woman stands against a light gray studio background wearing a bright turquoise-blue satin-like silk blazer.
A woman modeling a matching teal blue satin-like silk blazer and wide-leg trousers set, standing against a light gray studio background.
A model viewed from the back wearing a matching turquoise blue silk suit with a structured blazer and wide-leg trousers, set against a plain light gray studio background.
A model stands against a light gray studio background wearing a metallic bronze-brown silk blazer over a cream collared shirt, paired with wide-leg beige trousers and holding a small metallic clutch.
A woman modeling a rust-brown textured silk blazer over a cream collared shirt and beige trousers, standing against a light gray studio background.
A woman walking on a city crosswalk wearing a rust-brown silk blazer, a cream button-up shirt, beige wide-leg trousers, and holding a black clutch bag.
A woman stands on a balcony wearing a long cream satin dress with a brown silk blazer, a black belt, and holding a black handbag. The background features a warm terracotta-colored building wall and a black wrought-iron railing.

Women's Silk Blazer - Robin

Robin is a women's blazer in raw silk with hand embroidery in cotton thread. Fully lined in cotton satin with shell buttons, peak lapel, comfort fit. Stitched by us in Mumbai. Custom sizing available.
Material : Silk
Regular price ₹10,950.00
Sale price ₹10,950.00 Regular price
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Certified Natural Luxury
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A woman stands against a light gray studio background wearing a bright turquoise-blue satin-like silk blazer and matching wide-leg trousers over a cream top and metallic sandals.

Women's Silk Blazer - Robin

Behind The Design

The Robin Silk Blazer is a luxurious wardrobe staple that embodies the essence of "quiet luxury." Designed to be more than just a fashion statement, it offers a tailored structure with a crisp, firm body that flatters without clinging. The layered, rich dyeing of the pure silk allows for sleek fusion styling, effortlessly bridging the gap between comfort and high-end power dressing. This piece honors local artisanal heritage, blending a contemporary, elegant aesthetic with the natural health benefits of pure silk.

A close-up of a person's hand winding copper-colored thread onto a spool mounted on a machine in a workshop setting.

How It's Made

Ethical & Artisanal Sourcing: Materials are locally sourced and handmade in Mumbai, integrating sustainable artisanal heritage with options for cruelty-free Ahimsa (Peace) Silk.

High Functionality & Form: Mulberry Raw Silk provides exceptional wrinkle resistance and a strong, crisp body, ensuring the blazer maintains its structured elegance through travel and daily wear.

Superior Thermoregulation: The pure, lightweight protein fibers naturally regulate temperature, keeping the wearer comfortable while interacting gently with the skin.

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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