Hailstone Innovations Pvt Ltd products

The jaw crusher is ideally suited for commercial and industrial applications that require a high-production primary crusher. Jaw crushers are used in a wide variety of applications, including construction and recycling demolition, quarrying and mining, asphalt production, etc. It is designed to process large feed size and withstand lower wear from abrasive material without sacrificing the output at high performance level. Our jaw crushers are engineered with a unique combination of features to provide maximum productivity at the lowest operating costs possible.

EC Series cone crushers have changed the industry, and carry on that tradition of innovation with the next generation. The EC series cone crushers provide unbeatable performance in secondary and tertiary applications. They provide high product yield with desired shape and gradation. The EC-Series cones are a revolutionary combination of optimized speed and cavity design, which provides higher capacity, better product quality, and the ability to process a wider variety of materials. They have brought a new level of performance to the crushing industry, one that only Hailstone can deliver. Made to work, built to last and great savings on your operation.

Hailstone HF series cone crushers have the largest stone reduction ratio and production capacity in their class. Large feed opening design makes more efficient use of the crusher size. Low maintenance minimized dismantling and quick assembly features mean quick startup times when needed, resulting in consistently high performance, reliability and flexibility.

The VSI crushers are very popular in the mining industry. They are often seen as the last step of the crushing circuit, but this does not mean that they do not have a significant role in contributing to the production. Their rock-on-rock crushing that is proven to produce materials with precise and homogenous shape is especially useful for producers who are after cubical end products used for example in concrete, asphalt, groundwork materials, manufactured sand, heap leaching, pre-grinding, industrial minerals, and recycling applications.

Horizontal Shaft Impact (HSI) crushers are known for high reduction ratios and elimination of product damage. HSI crusher features include a heavy rotor that creates an optimal crushing chamber design, wear resistant materials and modular components, which all combined result in consistent high quality and capacity. With the use of HSI crushers you can optimize crushed product size, achieve maximum feed sizes, capable of handling varying particle sizes, as well as delivering reliable application specific solutions.

Hailstone Vibrating Screens are made with quality and safety in their design specifications. With high precision bearings, weld-less frame structure, and advanced mechanical design, Hailstone screens are one of the finest in the industry. These vibrating screens are specially designed to meet with challenging application requirements of mining operations.

Hailstone fine screens have a vibrating screening media and static body frame resulting in better productivity and efficiency. The screening media are alone vibrated with lesser amplitude and higher frequency which reduce wear on screening media to increase screening media maintenance interval. The vibrations from vibromotors are consequent, thereby avoiding uneven vibrations resulting in better media life and screening.

The Hailstone bcd series sand washing machines are suitable for industries that require or bottleneck on clean or select grade sand, as they can improve the sand quality by washing out the tiny stone powder and impurities mixed in the sand getting from natural sources or from a sand-making machine like sand cones or VSI.

The Hailstone Grizzly feeder is one of our most popular models. With a long stroke capability, the grizzly feeders are used to increase scalping efficiency. This eliminates excessive wear on the screening machine and keeps more of your product moving through to your sale point. It helps to minimize operational costs while maximizing productivity.