AirTAC Hydraulic Buffer and Shock Absorber Guide
Compare AirTAC hydraulic buffer, AirTAC shock absorber, and compatible buffer types by load, impact speed, installation thread, and damping behavior before moving into application-based quotation.
What This Buffer Category Helps You Solve
This page helps buyers compare shock-absorption approaches before choosing a model for machine deceleration and repeated-cycle protection.
Machine Protection
Buffers reduce impact and protect mechanical structures from repeated stopping forces.
Stable Deceleration
Adjustable and compact formats help smooth motion and reduce vibration.
Application Matching
Selection depends on moving mass, speed, thread size, and cycle condition.
Choose the right hydraulic buffer sourcing path
Buffers may follow original-brand continuity, compatible supply, or application-first comparison depending on the buyer’s requirement.
Original-Brand Path
Use this path for known brand continuity and buyer review requirements.
HKQD Compatible Path
Use this path for practical sourcing and machine-protection matching under one RFQ flow.
Replacement Guide Path
Use guides when moving load and installation conditions need comparison before compatible supply is chosen.
Compare the Main Buffer Families
| Series | Body Type | Application Focus | Typical Size Range |
|---|---|---|---|
| ADA Series | Adjustable buffer | Stable deceleration and machine protection | M8 to M20 |
| AC Series | Compact shock absorber | Light to medium impact stopping | M8 to M20 |
| AD Series | Industrial hydraulic damper | Repeated-cycle cushioning | M8 to M20 |
Where These Buffers Are Commonly Used
End-of-Travel Cushioning
Reduce impact where moving parts need controlled stopping at the end of travel.
Repeated-Cycle Equipment
Useful in automation systems that run frequent cycles and need stable damping.
Machine Wear Reduction
Buffers help reduce vibration, noise, and long-term structural stress.
Retrofit Projects
Good for machines that need extra protection without a complete layout redesign.
What Buyers Usually Confirm Before RFQ
- Confirm moving load, impact speed, and installation thread size first
- Check whether the application requires adjustable damping
- Review machine cycle frequency and stopping conditions
- Prepare drawings, quantity, and installation constraints before RFQ
Best Inputs to Send
Send moving mass, speed, installation thread size, and machine conditions so we can help narrow the right buffer model.
Open the Most Relevant Follow-Up Pages
- ADA SeriesFor adjustable cushioning
- AC SeriesFor compact buffering
- AD SeriesFor repeated-cycle damping
- Cylinder SeriesFor related motion components
- Contact UsFor application support
Get the Datasheet or Move Straight to Inquiry
Hydraulic Buffer PDF
This file includes the main specifications, model references, and application notes shown on this page.
Download DatasheetRequest Application Matching
If you send the moving load, travel speed, installation thread size, and working conditions, we can suggest a suitable model.
Contact UsQuestions Buyers Ask Most Often
How do I select a hydraulic buffer?
Selection depends on moving mass, impact speed, installation size, and cycle frequency.
What are the benefits of adding a buffer to a machine?
Buffers help reduce impact, noise, vibration, and mechanical wear while improving movement stability.
Can you help match the correct size?
Yes. If you send the load, speed, thread, and working conditions, we can guide the selection.
Need Help Matching the Right Buffer Series?
Send machine load, stopping speed, and installation thread size so we can guide you to the best cushioning option.
