Flex-Trax style and design eliminates this problem by using the opposite approach. Pascal chambers are used rather than bulky lug member extensions. Pascal is an eighteenth century physicist who had been the very first to use hydraulic pressure to achieve a mechanical advantage. Pascal's law states "pressurized fluid solids in an enclosed holding chamber are equally dispersed in many directions". This causes a mechanical gripping benefit. The enclosed holding chambers with load applied, allows fluid solids to be deposited, pressurized and then released outside the load region, with centrifugal force of rotation employed.

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What is the Pascal chamber? Pascal-tech gripping holding chambers are actually miniature, self-cleaning chambers, that along with the inverted step walls, provide tremendous gripping forces when fluid solids are deposited inside the holding chambers and pressure from the load is applied. Inverted step walls allow for quick discharge of fluid solids from the chambers as the pressure from the load is diminished and centrifugal force of rotation is involved.

The diamond shaped mini-chambers possess cavity wall structures consisting of inverted tapered step ledges to make its pattern. These kinds of mini-chambers combine to form larger chambers that likewise taper inward. The consistent placement of these kinds of profiles increases the gripping forces and quick release of fluid solids. The diamond patterns produce dual opposing chevron angles that support the opposing loads in all directions. This allows for maximum gripping in the forward and reverse directions.

Self adjusting is attained by way of the self-adjusting deflective angles. These kinds of angles adapt to the angle required to resist opposing forces. This feature is a key element in decreasing the primary tension needed during installation. The spring tension together with the rebound memory in the rubber, in conjunction with the opposing deflective angles, enables traction modules to spring to the center of the tire, providing for self-tracking of your installed GoClaws.

The engineered mechanics in our advanced traction model, as opposed to tire chains, coincides with the motion of the tire, taking full advantage of the applied forces throughout installation and operation. Everyone is so confident at GoClaw that we provide the only one year manufacturer's warranty on tire chains. Try to find any warranty on other snow chains. Our merchandise is covered by a one-year limited manufacturer's warranty against material and workmanship defects and they work great.

GoClaws Offer An Advanced Self-Tensioning, Self-Adjusting Snow Tire Chain System

GoClaws solve the matter involving tensioning truck tire chains through another approach. Self-tensioning is achieved as a result of the self-adjusting deflective angles. GoClaws adopt the angle necessary to defy opposing pressures and allow the device to tighten itself upon the tires.