Poet and public figure Kumar Vishwas’ ancestral home in Pilkhuwa, near Ghaziabad — known as KV Kutir — has drawn attention for its natural aesthetic and eco-conscious design. One of the most distinctive features of the house is the use of “Vedic plaster,” a traditional building material made from natural ingredients that is said to improve insulation and reduce electricity consumption.
Vishwas has previously shared that the home’s design relied on indigenous craftsmanship rather than modern interior consultants. Supporters of Vedic plaster say it not only enhances sustainability but also creates a living space that feels closer to nature — an appealing idea for many urban homeowners.
What is Vedic plaster?
Vedic plaster is prepared using natural materials such as cow dung, gypsum, clay, guar gum, and lemon juice. Advocates claim it is more durable than conventional cement plaster due to the addition of gypsum and that its organic composition makes it environmentally friendly. The mixture is traditionally associated with soil enrichment and long-term structural stability.
Thermal insulation
One of its most cited advantages is thermal insulation. Homes coated with Vedic plaster are believed to stay cooler in summer and warmer in winter, as the material acts as a natural temperature regulator. This reduces dependence on air-conditioning and heating, potentially lowering electricity consumption and improving indoor comfort.
Moisture resistance
Compared to cement plaster, Vedic plaster is said to handle moisture more effectively. While cement walls can trap dampness and encourage mold growth, the natural composition of Vedic plaster allows walls to absorb and release moisture, reducing the likelihood of seepage, fungus, and bacterial buildup.
Antibacterial properties
Traditional belief holds that cow dung contains antibacterial qualities. Proponents argue that Vedic plaster contributes to a healthier indoor environment and may help reduce microbial growth. Some supporters also claim it can lessen exposure to electromagnetic radiation from electronic devices, though such assertions remain a subject of debate among experts.
Water conservation
Construction using Vedic plaster reportedly requires significantly less water than cement plaster. Cement walls often need repeated curing over several days, whereas Vedic plaster requires minimal water application, resulting in substantial water savings and lower energy use during construction.
Biodegradable material
Another distinctive feature is its biodegradability. When a structure built with Vedic plaster is eventually demolished, the material decomposes into organic matter that can act as fertilizer, potentially improving soil quality. The presence of gypsum and organic compounds plays a role in this transformation.
As interest in sustainable architecture grows, materials like Vedic plaster are gaining renewed attention for blending traditional knowledge with modern environmental concerns.
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