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SarovarHydrogel

Hold water where the roots are.

Sarovar Hydrogel makes super absorbent polymers for Indian farms, nurseries and industry, and helps you choose the right grade and dose. Promoted from Nashik since 2016.

Estimate hydrogel for your farmSee the product range

One gram of agricultural hydrogel can hold hundreds of grams of water in pure water conditions, and gives it back to roots as the soil dries.

How hydrogel works in soil
Hydrogel in the root zone of a drip-irrigated vineA cross-section of soil under a drip line. Inside the wetting zone below each dripper, hydrogel granules have swollen into gel next to the roots. Further away, dry granules wait to absorb water at the next irrigation.
Swollen gel in the wetting zoneDry granules wait for waterDrip line above the roots

Start with what you need

Four routes through the site, depending on who you are.

Five product lines, one chemistry family

All are cross-linked polymers. They differ in counter-ion, crosslinking and form — which decides where each belongs.

Compare products

Absorption values are indicative for the polymer class; the Technical Data Sheet for each grade governs.

Absorb, hold, release, repeat

What one granule does in the root zone across each irrigation.

Read the full explanation

  1. Step 1 of 4

    Absorb

    Irrigation or rain reaches the granule. It swells into gel within minutes to hours.

  2. Step 2 of 4

    Hold

    Water that would drain below the roots or evaporate stays in the gel.

  3. Step 3 of 4

    Release

    As the soil dries, roots draw water back out of the gel.

  4. Step 4 of 4

    Repeat

    The granule shrinks, then re-absorbs at the next watering — for many cycles.

Crop guides for Maharashtra's orchards and fields

When to apply, where to place it, and a starting dose for each crop — with the calculator one click away.

Open the dosage calculator

2016

A Nashik brand, built in the field

Sarovar Hydrogel has been promoted to growers since 2016 by Sarovar Agro Group, from Nashik — a district where grapes, pomegranate and onion are grown on light murrum and heavy black soils, and where every irrigation counts.

We publish our record as it is documented: dated product records, field demonstrations and test results. Where a claim isn't backed yet, this site says so.

Our journeyResearch & field evidence

From the Knowledge Centre

What is a super absorbent polymer (SAP)?5 min read
The material behind hydrogel: what it is made of, why it absorbs so much water, and where it is used.
How agricultural hydrogel works in soil6 min read
Absorb, hold, release, repeat — what happens to a granule in the root zone across an irrigation cycle.
Sodium vs potassium polyacrylate4 min read
Same backbone, different counter-ion — and why that decides whether a polymer belongs in soil.
Synthetic vs starch-based hydrogel4 min read
Field life, absorption and biodegradation — the honest trade-offs between the two families.

Documents and buying

Technical Data Sheets
Typical properties, specifications and usage guidance for each grade.
Certificates of Analysis
Measured test results for a specific production batch, supplied with every order.
Safety Data Sheets
Hazards, handling, storage, PPE and first aid, for safe use on site.
Request a sample
Test a grade on your crop, line or liquid before ordering.
Bulk & OEM enquiry
Scheduled supply, private label and export.