At Sino Grinding, the safety of our staff, partners and customers is our primary concern.

At Sino Grinding, the safety of our staff, partners and customers is our primary concern.
Whether on site, in the office, or supporting design, manufacturing or logistics – Sino Grinding actively seeks to ensure its working conditions reflect industry safety standards.
Sino Grinding is recognised under ISO 9001 – a globally recognised standard for quality management. This certification reflects our commitment to delivering quality products and services, time and time again.
We demonstrate this commitment to quality through our:
Sino Grinding is proud of its problem-solving capabilities. We thrive when challenged to deliver tailored, innovative solutions to address unique industry and client problems.
Sino Grinding partners with clients to understand the current state and priorities for their grinding circuit.
We then design, manufacture and deliver our grinding media’s size, grade and chemical composition according to a processing plant’s unique characteristics, milling methods and core objectives.
This approach is invaluable for clients seeking to identify performance improvement opportunities and cost efficiencies in support of throughput targets.
Sino Grinding applies strict quality control processes and procedures across the end-to-end product design and manufacturing stages.
We verify melt shop chemistry accuracy, utilise high ratio upset hammer forging, monitor heat treatment, and perform ball drop tests of every batch to ensure performance and consistency.
Sino Grinding is proud of its reputation for developing unique, flexible grinding media designs.
Driven by extensive industry experience, investment in continuous improvement for heat treatment processes, and metallurgical research and development initiatives, our designs continually outperform our competitors.
There is no general “one-size-fits-all” ball in our product range because we understand there are no generic processing plants. Our knowledge and control of the ball’s design and manufacturing provides flexibility to make multiple changes, and our micro-alloying process is carefully measured to meet each specific ball grade’s functional target.
Sino Grinding products are designed for compatibility to blend sizes and grades to create an optimal ball charge of controlled ball size distribution.
These designs support our products to continually meet (and often exceed) the performance standards our clients have come to expect.
Surface hardness may result in just a few hours of good performance. Linear hardness, however, will produce consistency and reduce the wear rate for the life of the product.
Reflecting the longevity and reliability requirements of our clients, Sino Grinding’s technical team has designed our products to ensure optimal, volumetric, linear hardness.
Every tailored ball design balances hardness and toughness, according to the milling targets outlined in our client’s operational plan.
All the targets and environmental factors are taken into consideration in the design and manufacturing process to produce a ball with <1% breakage.
Corrosion of grinding media can affect its internal structure and therefore its longevity and performance.
Grinding media with higher chromium content is less susceptible to corrosion, has a longer lifespan, and generally holds its shape better as it wears down, compared to its low-chromium counterparts.
Our factories produce roll and hammer-forged grinding media, however we have partnered with a factory in China which produces high chrome cast media. This trusted partnership was established over 10 years ago.
There is no general “one-size-fits-all” ball in our product range because we understand there are no generic processing plants. Our knowledge and control of the ball’s design and manufacturing provides flexibility to make multiple changes, and our micro-alloying process is carefully measured to meet each specific ball grade’s functional target.
Sino Grinding products are designed for compatibility to blend sizes and grades to create an optimal ball charge of controlled ball size distribution.
These designs support our products to continually meet (and often exceed) the performance standards our clients have come to expect.