Making a Home-Made Ping Pong Table: Bounciness and Fixes

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SUMMARY

The discussion centers on the construction of a homemade ping pong table using a 5 millimeter thick wood sheet measuring 4 feet by 8 feet. Users identified that the reduced bounciness of the table is due to the wood's insufficient hardness, which absorbs energy rather than reflecting it. To enhance bounce, it is recommended to use a harder material, such as high-density fiberboard (HDF), and to consider supporting the table with stringers. Additionally, users advised comparing the cost of modifications against purchasing a pre-made table.

PREREQUISITES
  • Understanding of material properties, specifically hardness and density
  • Knowledge of table construction techniques
  • Familiarity with high-density fiberboard (HDF) as a material choice
  • Basic woodworking skills for table modifications
NEXT STEPS
  • Research the properties of high-density fiberboard (HDF) for optimal table performance
  • Explore techniques for reinforcing table surfaces with stringers
  • Investigate the cost-effectiveness of building versus buying a ping pong table
  • Learn about different materials that enhance the bounciness of sports tables
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DIY enthusiasts, amateur table tennis players, and anyone interested in optimizing the performance of homemade sports equipment.

kashodiya
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I made a home made ping pong table using a 5 millimeter thick wood sheet of size 4 feet by 8 feet. I found that my ping pong ball bounce less as compared to how much it bounce on official real table.

Can you explain me what is the cause of this reduction in bounciness?

Is there any quick fix workaround to change my home made table to get as much bounce as the real table?
 
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A reduction in bounce means that your table is absorbing more of the energy of the ball than a standard table. This usually means that your table isn't "hard enough". It's not rigid enough, so it's absorbing some of the energy rather than reflecting it back. To get more bounce, try a harder material.

This link tells you that a pingpong table is usually made of high density fiberboard:
http://tabletennis.about.com/od/beginnersfaqs/f/build_tt_table.htm
 
5mm seems rather thin..too much bounce...meaning energy is being absorbed...You could support the table top with stringers...like wood floor joists support a wood floor. You can also double up on the thickness of your table top...
 
Doubling up with the same material is not going to help...it is not like the wood moves back every time a tiny ping-pong hits it...it does not move, it is simply too much mass in comparison...the problem lies right there at the surface, it is the 'hardness' that is not hard enough...the wood is just too puffy...

Instead of doubling up with the same material, add a layer of another material. As suggested, try a high-density-fiberboard (FDF).
 
gsal said:
As suggested, try a high-density-fiberboard (FDF).

But before you do so, first price it, then compare it the cost of simply buying a cheap ping pong table.
 

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