1906_NUM_Icone_NM_NMAS_V6
PON 775 NMAS

new Solideal PON 775 NMAS

Engineered to prevent static shocks in high intensity applications

Engineered to prevent static shocks and provide the best performance of heat resistance, energy efficiency and long-lasting life in high intensity applications.

INTENSITY
100%
ENERGY SAVINGS
100%
TIRE LIFE
100%

The development of patented anti-static technology

In this white paper, Camso’s experts explore the important safety issue of static electricity build-up linked to non-marking forklift tires. A remarkable journey of new product and technology development, from the issue to the manufacturing and introduction of a patented and revolutionary solution to the market.

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Specifications for all product size(s)

To find products that meet your vehicle needs, specify your requirements using the product selector.

Tire size Actual Tire Dimensions Load Capacity
Overall Diameter Overall Width Replacement Overall Diameter Counterbalanced lift Trucks
Up to 6 mph Up to 10 mph Up to 16 mph
Load Wheel Steering Wheel Load Wheel Steering Wheel Load Wheel Steering Wheel
in in in lbs lbs lbs lbs lbs lbs
10 X 4 X 6 1/21049172014101530129012451025
10 X 5 X 6 1/21059222518301995167516201335
10 1/2 X 5 X 6 1/210.559.3236019402115178517201410
12 X 4 1/2 X 8124.510.8229518852050172016651365
13 1/2 X 5 1/2 X 813.55.511.9333027352965249024151975
14 X 4 1/2 X 814.14.512.2258021152305193018751530
14 X 5 X 1014.1512.9294524152635220521401755
16 X 5 X 10 1/216514.4333027352965249024151975
16 X 6 X 10 1/216614.4421034603770316530652515
16 X 7 X 10 1/216714.4512542104565383537153040
15 X 5 X 11 1/415.1514306525152735229522251830
16 1/4 X 5 X 11 1/416.3514.8337527553000252524351995
16 1/4 X 6 X 11 1/416.3614.8423534853780317530752515
16 1/4 X 7 X 11 1/416.3714.8512541904540382537053040
18 X 6 X 12 1/818616.2463037904125347033602755
18 X 7 X 12 1/818.1716.3562046305025421040903350
18 X 8 X 12 1/818816.2661554555910496048053945
21 X 7 X 1521.1719.2634051805645474045953770
21 X 8 X 1521819.2744061206670560054104440
21 X 9 X 1521919.2860070557660643562405115
22 X 8 X 1622.1820.2771563406900578556104595
22 X 9 X 1622920.2893073307935667064605290
22 X 10 X 16221020.21008582658995755073105995
22 X 12 X 16221220.3124001019511090931590157385
28 X 12 X 22281226.214860122151327011155108058850
33 X 14 X 2233.11429.6200601641517460143301406511465

Frequently Asked Questions – PON 775 NMAS

Got questions about the industry’s first non-marking anti-static press-on forklift tire? We gathered the best of our product experts knowledge to make sure we answer all of your questions.

WHAT IS STATIC BUILDUP?

Static electricity is generated when two dissimilar materials are rubbed together. Insulating materials, such as rubber, are the most prone to accumulating static until it makes contact with a more conductive material. Forklifts using black tires generate static but they’re continuously releasing their potential charge because of the carbon black – a conductive material.

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WHAT IS THE PROBLEM WITH NON-MARKING TIRES?

Non-marking tires don’t have this anti-static property since they contain silica in place of carbon black. Where carbon black is conductive, silica is an insulator. As a result, static generated in the tires is stored rather than dissipated. The static continues to build up in the forklift to potentially hazardous levels. In several high intensity applications, where heavy loads are carried with long runs and extensive operation, static electricity is accumulated by the truck. Upon contact, this creates an electric discharge that can cause safety hazards and truck / facility damages.

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WHEN AND WHERE ARE NON-MARKING TIRES USED?

Some applications require non-marking tires to avoid marking on the ground: Forklifts that operate indoors, on warehouse floors with light-coloured coating and surface finish or in food processing plants, for instance, are often fitted with non-marking tires.

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WHAT EXACTLY ARE THE HAZARDS WITH NON-MARKING TIRES?

  • Operator injury and safety issues: electric shocks to operator, which constitutes a safety hazard. This creates operator stress, which ultimately leads to lack of productivity.
  • Fires : static electricity can create sparks at high voltages. Machines running on combustible fuels such as diesel or compressed gas have greater risks of fires, creating a potential danger to the operator and the business.
  • Facility damages: Electric discharge can cause outages and circuit damage not only to the lift itself, but to other components and equipment within the facility. This can become quite costly in terms of facility downtime.
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WHAT ABOUT THE CURRENT SOLUTION TO STATIC BUILDUP?

  • While straps and chains provide some protection, in a lot of applications they simply don’t work (decreasing efficiency over time), as they are susceptible to damage or are simply missing. They can also be a costly part of preventive maintenance contracts.
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HOW DOES CAMSO’S NON-MARKING ANTI-STATIC TECHNOLOGY WORK?

The patented anti-static non-marking PON 775 NMAS features a special device, known as the black plug. Made of highly conductive black rubber, the plug is connected all the way from steel band to tread face. Upon contact with the floor, the accumulated electricity dissipates via the plug.

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