Seven families, connected to the application.
Explore all products →Share the drawing, contact conditions and acceptance criteria for your component.
Material selection guide →Explore the contact, medium and mechanism.
All applications →Share the drawing, contact conditions and acceptance criteria for your component.
Material selection guide →From an open material question to an agreed component requirement.
Explore services →Share the drawing, contact conditions and acceptance criteria for your component.
Material selection guide →Industry and sourcing guides for twelve target markets.
Explore all markets →Share the drawing, contact conditions and acceptance criteria for your component.
Material selection guide →Match the component programme, purchasing role and project responsibilities.
Explore partnerships →Share the drawing, contact conditions and acceptance criteria for your component.
Material selection guide →Corporate background, practical purchasing information and direct contact.
Explore company →Share the drawing, contact conditions and acceptance criteria for your component.
Material selection guide →Custom ball development turns a component function into a drawing, material and acceptance brief that can be assessed for feasibility. It is useful when a sphere needs a special attachment, hollow construction, coating or matched seat. Start with the mating parts and operating conditions, then separate essential features from preferences and define what a sample must establish before approval.
Use an attachment-led review for a threaded sphere or another drawing-defined feature. Provide the mating fastener, load direction and installation envelope. The aim is to resolve the complete connection, including remaining material, surface condition and inspection access, rather than specify a sphere and add a vague hole request.
A hollow sphere or coated ball needs structural and material-interface acceptance. Explain whether mass, buoyancy, surface contact or another function drives the design. The review can then identify the shell, joint, bond or preparation questions that a material designation and outer diameter cannot answer independently.
For a ball-and-seat set, provide both parts and the assembled function. The ball, seat and retention method create one contact system, so a loose-ball measurement does not establish the final result. Define leakage or other functional acceptance alongside material, geometry and the intended sample conditions.
A custom feature changes more than the product name. A threaded bore introduces a joint, a hollow sphere introduces a shell and a coated ball introduces an interface between materials. The enquiry needs to describe those relationships. Development review organizes the geometry, material, application and evidence into a specific proposal for evaluation. The output should make the next engineering decision easier, while keeping production route and commercial scope tied to the actual component.
Mark the interfaces that affect assembly and function. A bore can need a thread reference, depth, orientation and a defined mating component; a hollow body can need an outer envelope, shell construction and joint acceptance. A coated ball needs the substrate and surface material identified separately. Explain which features locate the part, which carry load and which merely affect appearance. Include the environment, contact movement and any cleaning process. If an existing sample is being copied, state whether it is an approved reference, a worn part or an experimental item. The development brief should preserve that distinction. A drawing that explains the critical functional priorities allows a meaningful feasibility review instead of an apparent match based only on external shape.
A proposal is useful when it says what must be demonstrated next. Some features raise material or process questions; others require a different inspection approach or a complete assembly test. A threaded sphere might need joint evaluation with the specified fastener, while a hollow sphere may need evidence for its intended liquid or handling conditions. Keep these questions specific and identify the required output, such as a clarified drawing, a material shortlist or a sample-validation plan. Avoid changing several variables without a record of why each matters. Where a feature cannot be assessed from the available information, state the missing input and its effect on the decision. This creates a practical development path rather than an undefined promise to customize anything.
Record the current drawing revision, material and supplied condition associated with the evaluation. A successful sample can lose its relevance if the next order changes the attachment, surface, shell or mating component without review. Identify which changes affect the original acceptance and who approves them. Geometry, material evidence and functional results should remain separate records linked to the same item. The commercial handover then adds quantities, required inspection and packaging to that accepted identity. Use inspection planning to explain how the feature will be checked, especially where access or part shape complicates measurement. The component owner retains final design acceptance; the development record helps engineering and purchasing use a shared, explicit basis for this project's subsequent enquiry and order.
| Feature or question | Useful input | Expected review output |
|---|---|---|
| Special attachment | Mating drawing and load path. | Connection requirements and approval questions. |
| Hollow structure | Function, envelope and medium. | Shell and joint acceptance brief. |
| Coated contact | Substrate, compound and contact duty. | Interface and surface evaluation scope. |
| Paired seat | Both drawings and functional conditions. | Ball-seat acceptance and sample plan. |
| Critical geometry | Drawing revision and measurement need. | Feature-specific inspection approach. |
| Design change | Existing approval and proposed difference. | Defined change-review scope. |
Send the component and mating-part drawings or marked reference images. Explain clearly why the standard product description is insufficient and identify the required function, operating environment and features that cannot change during the project review.
List the fixed material and geometry alongside preferences or candidates. Identify where a process route, connection or inspection question affects feasibility, and organize the information into a brief that can support a concrete technical decision.
Choose the questions the sample must answer and record the drawing, material and mating parts used. Agree the dimensional and functional checks, their conditions and the approval responsibility before treating a successful trial as a development result.
Link the evaluation to its item reference and revision. Add required records, quantities and packing for the commercial review, and identify changes that need renewed approval so the next order follows the evaluated component rather than an informal description.
No. The issue may be geometry, attachment, surface or the relationship between two parts. Begin with the function and existing specification. A review can clarify the necessary feature while retaining an appropriate material, rather than introduce an alloy change that does not address the actual problem.
A sample can provide useful context, but its approval status, wear and unknown material condition should be recorded. Critical features and acceptance still need an explicit description. The aim is to define what the new component must do, rather than reproduce uncertain details without engineering review.
Provide the sphere and mating-fastener requirements, connection orientation, installation envelope and load path. Identify material, surface and the required acceptance. The complete joint needs review; an outer diameter and a broad threaded-hole label cannot establish the intended connection or its performance.
No. The complete structure and liquid determine that function. Describe the intended medium, envelope, mass objective, joint and functional acceptance. Shell integrity and the assembled application need their own evaluation; a hollow appearance or material name alone cannot establish satisfactory flotation.
Their combined geometry, materials, contact conditions and cleanliness determine closure. Loose-ball inspection answers a different question from assembled leakage or operation. Provide both components and the relevant functional conditions so the sample plan can evaluate the contact pair rather than assign a result to the sphere alone.
Identify the changed feature, material or interface and compare it with the accepted record. The component owner determines which evaluation remains relevant and what must be repeated. Preserve the revision and approval basis so commercial ordering follows the current design instead of an outdated sample description.
Send the component, mating parts and the function that drives the special feature.