"Construction of all Monster Barbell Co. equipment is commercial-grade...very high quality and able to
take the toughest abuse. These bars will last a lifetime"
Nick Nilsson
Fitstep.com
FOREARM BAR E-FLEX OLYMPIC
For use with Olympic plates(2" hole).Comes complete with Ouick change weight support attachment, high density grips, instructions,
weight retaining collar, high strength aluminum olympic weight sleeve, weight plates not included, 60 day money back guarantee.
Shipping
Weight 13lbs.........$74.95
FOREAM BAR E-FLEX STANDARD
For use with Standard plates
(1" hole).Comes complete with Ouick change weight support attachment,high density grips,instructions,
weight retaining collar, weight plates not included, 60 day money back guarantee.
Shipping Weight 11lbs........$64.95
If you decide for any reason that our products do not meet or exceed your expectations simply return the product within 60 days and we will refund the entire purchase price and pay for the return shipping.
for secure online ordering
Monster Barbell & Fitness Co LLC all rights reserved
Forearm Bars are protected under U.S. Patents 5,967,948 / 7,137,930
Monster Barbell Co.
GTX003805
BaseballBatSpeed.com is a sub- domain of Monster Barbell Co. LLC
This Web site is secured with a GoDaddy.com Web Server Certificate. Transactions on the site are protected with up to 256-bit Secure Sockets Layer encryption.
What is 256-bit Secure Sockets Layer Encryption.
Encryption strength is measured in key length — number of bits in the key. To decipher
an SSL communication, one needs to generate the correct decoding key. Mathematically speaking, 2n possible values exist for an n-bit
key. Thus, 40-bit encryption involves 240 possible values, 128-bit encryption 2128 combinations, and 256-bit keys involves a staggering
2256 possible combinations, rendering the encrypted data de facto impervious to intrusion. Even with a brute-force attack (the process
of systematically trying all possible combinations until the right one is found) cracking a 256-bit encryption is computationally
unfeasible.