Chemicals & Pesticides

Pioneering Safer, Sustainable Chemistry for Modern Needs.

Chemicals & Pesticides

Driving Innovation Across the Chemical Spectrum

At Mazda, we deliver high-performance chemical and pesticide solutions designed to meet the evolving needs of agriculture, industry, and environmental safety. Our portfolio—ranging from advanced agrochemicals to specialty formulations—is built on decades of R&D expertise and deep market insight. We focus sharply on quality, compliance, and innovation to help enhance crop yields, ensure regulatory alignment, and protect ecosystems. By partnering closely with our clients, we provide reliable, consistent results that boost productivity while reducing environmental impact. As sustainability takes center stage, Mazda continues to lead with eco-friendly, future-ready alternatives that meet the highest global standards. Explore how our smart chemistry is shaping a cleaner, more resilient world.

Related Products

Thermo Compressor

With over 40 years of expertise, Mazda Limited designs and manufactures steam thermo compressors that significantly cut operational costs — often saving plants Rs. 1.5 to 2 million annually. Unlike locally produced systems that waste steam, Mazda’s thermo compressors deliver precise energy recovery and optimal steam utilization. As the only Indian manufacturer to steam test under ASME PTC-24 standards for site-specific conditions, Mazda ensures dependable, performance-guaranteed solutions. Our technology is trusted worldwide, making Mazda the fourth-largest thermo compressor manufacturer globally.

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Steam Jet Liquid Heaters and Mixers

Mazda Steam Jet Heaters and Mixers operate on the principle of direct steam injection, where steam is introduced into the liquid stream to achieve rapid and uniform heating. With no moving parts, compact construction, and straightforward installation, these units deliver exceptional reliability and efficiency. They can be installed in any position, making them versatile for plant layouts and ideal for applications requiring consistent heating and mixing of liquids in industries such as power generation, chemical processing, and food manufacturing.

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Single/Double Stage Liquid Ring Vacuum Pumps

Mazda’s two-stage liquid ring vacuum pumps represent a breakthrough in vacuum technology, offering operating efficiencies that reduce power consumption and extend motor life. These pumps achieve higher vacuums and capacities at reduced energy usage, making them one of the most economical and reliable solutions in the market. By combining advanced design with decades of expertise, Mazda ensures consistent, low-maintenance operation even in demanding industrial environments. With features such as combination air ejector options, these pumps can achieve lower suction pressures than conventional systems, protecting against cavitation and ensuring stable performance.

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Rotajector Ejector

Mazda’s Rotajector is a unique hybrid vacuum system that integrates the operating principle of a steam jet ejector with a rotating assembly. This innovation provides the high suction capacity and reliability of traditional ejectors, while improving efficiency and reducing steam consumption through rotary assistance. The result is a compact, durable, and economical system suited for industries that demand continuous, dependable vacuum performance. With fewer moving parts than conventional rotary equipment and lower steam usage than ejectors alone, the Rotajector offers the perfect balance between simplicity, efficiency, and reliability.

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Water Heater with holes (Orifice)

Mazda Steam Jet Heaters are designed for heating liquids by direct injection of steam, allowing the heating condensate to mix instantly with the liquid. This results in uniform heating with high turbulence and energy efficiency. Built with a simple, robust design and no moving parts, these heaters ensure safe, quiet, and virtually maintenance-free operation. They can be installed in any position, making them adaptable to different plant layouts and process requirements. With their efficient heat transfer and durability, Mazda Steam Jet Heaters are widely used in applications such as circulating heating and single-pass heating in industries where reliability and simplicity are key.

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Chiller Vactor

The Chiller Vactor System utilizes multiple steam jet ejectors, integrated chill tanks, and advanced controls to deliver high-performance evaporative cooling. Unlike conventional systems, it features automatic deaeration—removing nearly all dissolved air and gases to significantly reduce corrosion risks. Compact and efficient, this system requires minimal installation space and operates maintenance-free, making it an ideal solution for industries requiring consistent chilled water output with operational simplicity and low lifecycle costs.

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Multi Nozzle Booster cross section 3d

Mazda Limited introduces advanced Multiple Nozzle Boosters designed to maximize steam utilization and improve overall system efficiency. Compared to traditional single-nozzle designs, these boosters achieve the same motive and suction pressure with 15–20% lower steam consumption—delivering measurable performance gains and cost reductions. Manufactured in India with world-class expertise, Mazda’s boosters have been successfully deployed in refineries and process plants across industries. By significantly improving energy efficiency, these systems not only enhance operational reliability but also contribute to the conservation of valuable natural resources.

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Barometric Condenser / Mixing condenser

Mazda’s Barometric Condenser, also known as a mixing or contact type condenser, is a trusted solution for generating vacuum in processes dealing with large volumes of steam. By using direct contact between cooling water and steam, it achieves rapid condensation and efficient vacuum creation. Its unique barometric leg design eliminates the need for condensate pumps, reducing both capital costs and operational expenses. Built with robust materials to withstand demanding plant conditions, Mazda’s barometric condensers ensure dependable performance across sugar mills, chemical plants, distilleries, paper industries, and power stations. With decades of expertise in steam jet ejectors and vacuum systems, Mazda delivers condensers that combine simplicity, reliability, and long-term efficiency.

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OSLO Crystallizer

Mazda’s Oslo Crystallizer, also known as a classified-suspension crystallizer, is a proven system for producing large, coarse crystals with a narrow size distribution. Unlike conventional crystallizers, it operates without mechanical agitation, reducing energy requirements and minimizing breakage of growing crystals. The design incorporates a fluidized bed for controlled desupersaturation and a liquor-vapor separation zone for solvent removal, ensuring steady, uniform crystal growth. Ideal for long continuous production cycles, the Oslo Crystallizer is engineered for efficiency, reliability, and durability across diverse industrial applications.

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Packed Tower Scrubber

Mazda’s Packed Towers are designed to provide highly efficient countercurrent gas scrubbing for air pollution control and specialized process applications. Gas flows upward through a packed bed while scrubbing liquid flows downward, ensuring thorough contact and absorption. Each tower is engineered to meet exact process needs—optimized for packing type, liquid chemistry, and operating conditions—delivering long-term reliability and cost efficiency. From small-scale applications to large industrial installations, Mazda’s Packed Towers are trusted for their robust construction, consistent performance, and adaptability across industries.

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High Energy Fume Scrubber

Mazda’s High Energy Venturi Scrubbers are advanced air pollution control systems designed to capture fine dust particles, fumes, and gases with unmatched efficiency. Utilizing the energy of a high-velocity gas stream, these scrubbers atomize liquid into ultra-fine droplets that effectively trap sub-micron particles through turbulence and impact. Available in fixed, variable, or manually adjustable throat configurations, they adapt easily to both steady and fluctuating gas flows. Built with durable materials such as fiberglass, steel, stainless steel, Incoloy, or rubber-lined construction, they provide reliable operation even under corrosive and high-temperature conditions.

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WET ESP

The Mazda Condensing Wet Electrostatic Precipitator (WESP) is a high-efficiency air pollution control device tailored for industries dealing with wet or saturated gas streams. Using a high-voltage electrical field, it charges and captures fine particles, mist, and condensed aerosols with up to 99.9% efficiency. The system integrates pre-scrubbing, indirect gas cooling, and intermittent washing for continuous, low-maintenance performance. Mazda’s proprietary design ensures effective sub-micron particle removal while operating at minimal pressure drop, making it ideal for applications requiring stringent emission standards and long-term reliability.

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