Gator Edge Rigid & Flex
UNIQUE TWIST & LOCK SYSTEM, ENGINEERED WITH SUPPORTED TRIANGULAR ANGLES AT ALL KEY POINTS, PROVIDING A STRONG LATERAL SUPPORT, ESSENTIAL FOR THE LOAD TRANSFER.
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GATOR EDGE RIGID AND FLEXĀ are made with 100% Polypropylene Co-Polymer. This will give it great strength as well as provide great flexibility. We have aĀ RigidĀ model which is ideal for straight applications and aĀ FlexĀ model that can be used for all curved applications such as walkways, paths, entrances etc. Both theĀ RigidĀ andĀ FlexĀ can be locked together with theĀ āTwist & LockāĀ system. Finally theĀ RigidĀ could be transformed into a partialĀ FlexĀ by cutting the bridge support between each triangular angle.
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Shipping & Returns
Shipping & Returns

Gator Edge Rigid & Flex
Gator Edge Rigid & Flex
UNIQUE TWIST & LOCK SYSTEM, ENGINEERED WITH SUPPORTED TRIANGULAR ANGLES AT ALL KEY POINTS, PROVIDING A STRONG LATERAL SUPPORT, ESSENTIAL FOR THE LOAD TRANSFER.
-----
GATOR EDGE RIGID AND FLEXĀ are made with 100% Polypropylene Co-Polymer. This will give it great strength as well as provide great flexibility. We have aĀ RigidĀ model which is ideal for straight applications and aĀ FlexĀ model that can be used for all curved applications such as walkways, paths, entrances etc. Both theĀ RigidĀ andĀ FlexĀ can be locked together with theĀ āTwist & LockāĀ system. Finally theĀ RigidĀ could be transformed into a partialĀ FlexĀ by cutting the bridge support between each triangular angle.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
UNIQUE TWIST & LOCK SYSTEM, ENGINEERED WITH SUPPORTED TRIANGULAR ANGLES AT ALL KEY POINTS, PROVIDING A STRONG LATERAL SUPPORT, ESSENTIAL FOR THE LOAD TRANSFER.
-----
GATOR EDGE RIGID AND FLEXĀ are made with 100% Polypropylene Co-Polymer. This will give it great strength as well as provide great flexibility. We have aĀ RigidĀ model which is ideal for straight applications and aĀ FlexĀ model that can be used for all curved applications such as walkways, paths, entrances etc. Both theĀ RigidĀ andĀ FlexĀ can be locked together with theĀ āTwist & LockāĀ system. Finally theĀ RigidĀ could be transformed into a partialĀ FlexĀ by cutting the bridge support between each triangular angle.














