What Information Should Be Included in a Shock Absorber RFQ?
A concise RFQ checklist that helps purchasing teams receive a technically useful quotation.
Direct answer
A useful RFQ should include the target model if known, application description, moving mass, impact velocity, stroke or space limit, drive force, cycles per hour, mounting style, environment, quantity, delivery expectation and any drawing or photo. If some values are unknown, state that clearly so the quotation can separate assumptions from confirmed data.
Questions this page answers
- What information should I include in a shock absorber RFQ?
- How can I get a faster shock absorber quotation?
- What data helps suppliers recommend the right shock absorber?
Required inputs
Review steps
- 1
Start with the application, not only the part number
Part numbers help with replacement, but application context helps avoid quoting a part that fits physically but fails technically.
- 2
Mark confirmed and estimated values
Separate measured values from assumptions, especially speed, mass and cycle rate.
- 3
Attach drawings or photos when possible
Mounting space, rod alignment and surrounding structure often affect the recommendation.
Common mistakes
- Sending only thread size and stroke while omitting speed, mass and cycle rate.
- Requesting a direct replacement without explaining why the existing unit is being changed.
- Not mentioning environment, corrosion exposure, temperature or safety requirements.
Technical notes
- RFQ quality improves when purchasing and engineering data are combined: model target, application conditions, mounting constraints and commercial quantity.
Buyer FAQ
What information should I include in a shock absorber RFQ?
Include the known model or application, moving mass, impact velocity, available stroke, continued drive force, cycles per hour, mounting method, environment, quantity and required delivery date. Add drawings or photographs when the mounting space or alignment is important.
How can I get a faster shock absorber quotation?
Provide one complete set of technical and commercial data and mark which values are measured, estimated or unknown. This lets the supplier select a model without repeatedly requesting basic application details.
What data helps suppliers recommend the right shock absorber?
Moving mass, actual impact speed, motion direction, available stopping stroke, drive or cylinder force and peak cycle rate are the core selection values. Temperature, contamination, corrosion, side-load risk and mounting constraints determine whether a special design is needed.
Move from answer to model shortlist.
Use the sizing tool when you have the inputs, or send the application data for engineering review.