Industrial fluid-control systems can involve high pressure, stored energy, moving machinery, compressed gases, chemicals, heat, and other hazards. General educational content should therefore explain engineering concepts without presenting broad information as a replacement for application-specific design, manufacturer instructions, or qualified technical review.
Technical Accuracy
Explain What the Information Supports
ManifoldJS content is written to distinguish general engineering principles from details that depend on a particular component, fluid, pressure range, material, operating environment, standard, or manufacturer.
Articles avoid inventing universal pressure ratings, flow limits, material performance, certifications, tolerances, or operating values where those depend on specific products or application conditions.
Terminology
Use Industrial Terms Consistently
Technical terminology should reflect the meaning used in the subject being discussed.
Related terms may overlap across hydraulics, pneumatics, machining, process control, instrumentation, and automation, so articles should provide context when a term could be interpreted in more than one way.
Fluid Control Glossary →Neutrality
Educational Content, Not Manufacturer Promotion
ManifoldJS is an informational resource and does not present itself as a manufacturer, engineering contractor, certification organization, or seller.
Articles should explain advantages and limitations in context rather than declaring that one material, valve, manifold type, or manufacturing method is universally superior.
Selection decisions should be tied to relevant factors such as pressure, flow, compatibility, environment, weight, machining, maintenance, response, and system architecture.
Safety Context
Avoid Treating General Information as a Procedure
Troubleshooting and engineering pages describe system behavior and diagnostic concepts, but they should not imply that every machine can be serviced using the same procedure.
Pressurized systems may retain stored energy even after equipment is stopped. Actual service work should follow the applicable equipment procedures, manufacturer instructions, workplace requirements, and qualified technical practices.
Internal Linking
Links Should Help Explain the System
Internal links are used to connect related technical concepts rather than simply repeat the same keyword across many pages.
For example, a hydraulic manifold article can naturally lead to pumps, valves, cylinders, pressure drop, filtration, seals, machining, and troubleshooting because those topics are part of the same operating system.
External Resources
External Link Standards
ManifoldJS contains links to third-party industrial resources where those links can provide additional context about related manufacturing, materials, fluid-power, automation, or process topics.
An external link does not mean that ManifoldJS manufactures, certifies, endorses, or represents the linked product, company, or website.
External resources may change independently of ManifoldJS. Readers should verify current information directly with the relevant source when making purchasing, engineering, compliance, or safety decisions.
Industrial Resources →Updates
Content Maintenance
Technical pages may be revised as site structure, terminology, internal resources, or supporting information changes.
When a correction materially changes a technical explanation, the page should be updated so the inaccurate statement is not left in place solely to preserve previous wording.
ManifoldJS does not display invented publication or modification dates simply to create the appearance of recency.
Corrections
Reporting an Error
Readers who identify an incorrect term, broken resource, inaccurate connection, or other technical issue can send feedback through the ManifoldJS contact page.
Useful correction requests identify the page, the specific statement or link, and the reason an update may be needed.
Contact ManifoldJS →Editorial Priorities