Synthetic Diamond Mesh / Grit
Classified particles for bonded tools, grinding and cutting systems.
Industrial synthetic diamond
Diamond Abrasives
Diamond grit and powder for grinding, lapping, polishing and tool-making processes.
- 5abrasive families
- 01application-led conversation
- ∞process variables to consider
Product range
Diamond abrasive types
Choose a material family according to the process, bond system, workpiece and target finish.
Micron Diamond Powder
Fine grades for lapping, polishing and controlled surface finishing.
Polycrystalline Diamond Powder
Process-specific powder for material removal and surface control.
Nanodiamond Powder
Ultra-fine material for specialised formulations and research applications.
Coated Diamond Powder
Surface-treated diamond selected against the bond interface and tool process.
At a glance
Built around particle behaviour
Industrial diamond abrasives are specified for more than hardness. Particle size, shape, strength, friability, surface condition and distribution can affect cutting action, heat, loading and the finish left on a workpiece.
Selection should begin with the process: wet or dry conditions, loose or bonded abrasive, working pressure and the finishing stage. These details narrow the relevant grade variables.
- Starting point
- Workpiece and process
- Key variables
- Size, shape and strength
- Target result
- Removal and finish control
Product parameters
What can be specified
The relevant parameters vary by abrasive family and process. One value alone does not predict production performance.
| Parameter | Why it matters | Typical discussion point |
|---|---|---|
| Particle size | Shapes removal rate and finish. | Target process stage |
| Size distribution | Supports process consistency. | Screen or micron range |
| Crystal form | Influences fracture behaviour. | Blocky or friable tendency |
| Surface condition | Relates to bond compatibility. | Untreated or coated option |
| Purity and inspection | Supports controlled use. | Application requirements |
Particle size is best considered with its distribution, workpiece condition and delivery method. A finishing stage may need a different balance from a roughing stage. Shape and friability can also influence how particles break down during use, which can affect cutting action and surface texture.
For bonded tools, the bond, concentration and tool geometry also matter. For slurry, paste or suspension, the carrier and process equipment add further variables. A useful request should state the existing process route and whether the aim is faster removal, lower damage, a finer finish or more stable output.
Customer pain points
When selection creates friction
Unclear grades, unstable finishing and slow supplier communication can add cost before a tool reaches the production line. The material, workpiece and process settings must be considered together.
- 01
Inconsistent process output
Variation can make it harder to repeat a desired finish or removal result.
- 02
Too many material variables
Particle choice, bond and workpiece properties must be considered together.
- 03
Generic recommendations
A named material alone does not resolve the needs of a specific process.
Diamtis advantage
A clearer material conversation
The initial discussion is organised around the process, material variables and required next step.
Application first
We start with the process and material being worked.
Relevant variables
We identify the specification details that can affect the outcome.
Focused response
We keep the next step useful for both technical and purchasing teams.
Quality control process
From incoming material to checked release
Quality control uses observable checks matched to the material family and agreed requirements. Depending on the product route, this may include classification, appearance, packaging condition or traceability information.
The receiving customer should validate suitability in its own process. Application details supplied at inquiry stage help align the material and inspection discussion.
When a size or surface requirement is important, it should be stated before the material is prepared for shipment. This gives both sides a defined reference for communication and release checks.
- 01Material intake
- 02Classification check
- 03Inspection review
- 04Traceable release
What are diamond abrasives
Hard particles for material removal
Diamond abrasives are industrial diamond particles used to process demanding workpieces. They may be used loose, in a slurry or paste, or incorporated into a bonded tool.
Coarser grades are commonly considered for stronger removal and finer grades for finishing. The final choice must also consider distribution, crystal characteristics, equipment and the workpiece condition.
In a loose abrasive process, the particles move with a carrier and work between contacting surfaces. In a bonded tool, the bond holds the diamond and exposes particles as the tool works. The material is therefore selected as part of a processing system, not as an independent ingredient.
See how to choose a grade ↓How to choose
Start with five practical questions
These questions translate a broad material request into process context.
- 1
What material are you processing?
- 2
Is the priority removal rate, finish or both?
- 3
What abrasive delivery method is used?
- 4
Which bond or carrier is involved?
- 5
Which process result should be repeated?
Include the current material route and the production issue, if known. Also state whether the process is roughing, semi-finishing or finishing, and whether a change in removal rate, surface quality, wear or consistency is the main reason for reviewing the abrasive.
Applications
Industries and materials
Diamond abrasives support different processing objectives, from shaping hard components to controlled surface finishing.
Technical ceramics
Grinding and finishing of hard, brittle materials.
Cutting tools
Tool manufacture and edge preparation processes.
Optics and glass
Lapping and polishing for controlled surfaces.
Advanced materials
Processing routes for specialist hard materials.
Technical ceramics may require attention to grinding damage and dimensional control. Tool manufacture may centre on edge quality and bond interaction. Optical and glass work often focuses on surface condition and polishing stage.
Advanced materials can add requirements related to substrate properties, fixture design and heat management. These examples explain why the application and process stage should accompany any grade request.
Custom diamond abrasives
A grade shaped around your process
For a non-standard requirement, provide the material family, sizing direction, surface requirement and process context. The workpiece, process stage and current abrasive route are useful starting information.
Where possible, state the unit or sizing standard used in your current process. If a coating is involved, identify the bond or formulation and the interface issue being addressed. This separates a material request from a broader tool or process-development question.
Factory and capability
Supply details that matter
Material preparation, controlled packing and export communication support the delivery path. Packaging should protect the material and retain relevant identification for the receiving team.
For powders and classified particles, packing format, lot identification and handling instructions may affect how the material is received and used. Requirements should be confirmed against the product route and destination before shipment.
Material handling mindsetInspection touchpointsExport communication
Application cases
Built for process conversations
The material discussion starts with the manufacturing target, not a catalogue label.
Surface finishing
Precision lapping route
Fine abrasive selection against surface and process requirements.
Your application
Bring the process detail.
Tell us what you are making, how it is processed and what outcome matters most.
For lapping, useful input includes the current surface condition, target finish and the abrasive’s role in the slurry or plate process. Bonded-tool selection also requires the workpiece, tool design and expected cutting behaviour. This information helps identify whether particle size, distribution, crystal form or surface treatment should be reviewed first.
Frequently asked questions
Diamond abrasive FAQ
What are diamond abrasives used for?
They are used in grinding, lapping, polishing, tool manufacture and controlled material-removal processes, either loose, in a compound or within a bonded tool.
What is the difference between grit and powder?
Grit generally refers to coarser classified particles, while powder commonly refers to finer grades. The process and sizing convention should also be stated.
How do I choose particle size?
Start with the workpiece, process stage and target finish, then review the particle and distribution requirements.
Can coated diamond powder be discussed?
Yes. The coating and base material should be reviewed against the bond system, tool or formulation and intended process.
Start a conversation
Tell us what your process needs.
Share the workpiece, process and target result for a focused material discussion. Include the current grade or process issue if available; E-mail, Subject and Your Request are all that is needed for the first inquiry.