Recent high temperatures across northern and central India have created additional pressure on Indian sandstone production, especially around the Kota region of Rajasthan and nearby stone-producing areas. Kota and the surrounding districts are closely connected with natural stone quarrying, processing, sorting and export preparation, so prolonged heat can have a direct effect on daily production efficiency.
According to recent weather reports, parts of India experienced severe heatwave conditions in May, with temperatures reported in the range of approximately 41°C to 48°C. Local weather information for Kota also showed very high daytime temperatures during late May, with forecasts and warnings indicating temperatures around 44°C to 46°C on some days. For outdoor quarrying and stone processing, this level of heat is not simply uncomfortable. It can reduce safe working hours, slow down manual handling and affect the overall rhythm of production.
Why High Temperatures Affect Indian Sandstone Production
Indian sandstone production still relies heavily on outdoor and semi-outdoor work. Quarry extraction, block movement, slab sorting, hand dressing, packaging and container loading all require labour working in exposed conditions. When daytime temperatures rise towards 45°C or above, workers face a much higher risk of dehydration, heat exhaustion and heatstroke.
For this reason, responsible quarry owners and factories usually adjust working patterns during extreme heat. More work is done early in the morning and later in the evening, while the hottest parts of the day, especially midday and afternoon, are often shortened or avoided. This is necessary from the point of view of worker protection, but it also means fewer productive hours each day.
Lower Efficiency Can Increase Short-Term Delivery Cost
Even when quarries and factories continue operating, the actual daily output can fall during a heatwave. Workers may need more rest breaks, loading may take longer, and factories may need to reorganise shifts around safer working hours. This affects not only quarrying, but also cutting, packing, pallet preparation and container loading.
As a result, short-term delivery costs can become higher. The same volume of sandstone may require more time to prepare, labour coordination becomes more difficult, and export schedules can become tighter. In some cases, buyers may see longer lead times, slower production updates or stronger price pressure on certain sandstone colours and sizes.
What This Means for UK Buyers
For UK importers, landscapers and paving customers, the recent heatwave in India is a practical supply-chain issue rather than a simple pricing excuse. Indian sandstone remains one of the most important natural paving materials for UK patios, garden paths and landscaping projects, but extreme weather can temporarily reduce production speed at source.
Customers planning sandstone projects should allow more time for production and delivery, especially when ordering non-stock items or larger quantities. Where possible, choosing products already held in UK stock can reduce the risk of delay. For trade buyers and larger projects, it is sensible to confirm availability earlier rather than waiting until the final stage of the project.
A Responsible View of the Situation
The stone industry should not look only at output and price. Worker safety must also be respected. During extreme heat, shorter working hours and adjusted shifts are necessary and reasonable. While this may create short-term cost pressure, it helps protect the people who quarry, process and prepare the stone used in patios and landscaping projects across the UK.
In summary, the recent high temperatures around Kota and wider parts of India have contributed to lower production efficiency in Indian sandstone supply. With temperatures reportedly reaching around 41°C to 48°C in parts of India during May, the effect on outdoor stone work is understandable. Until temperatures ease, short-term supply may remain tighter, lead times may be longer, and some costs may stay higher than normal.
