12" TuffStand

12" TUFFSTAND: TS12-ST TN

The DuraPlas 12″ TuffStand is designed to be the strongest, safest, and most durable 12″ pipe stand in the oil and gas industry. Utilizing a wide square base and angled side walls, the 12″ TuffStand can withstand the extreme conditions of any pipeline job using 2-12″ pipe. When developing this pipe stand, our goal was to create the absolute best product that provides the safety and efficiency the industry deserves. By replacing a pile of wood skids with the 12″ TuffStand, you are able to increase job efficiency and cut down on the labor costs associated with hauling and chucking wood skids. And while wood skids are heavy and often cracked, wet, and rotten, our 12″ TuffStand weighs just 28.5lbs and made with a high-density polyethylene resin. Make the switch and start using the 12″ TuffStand today!

Technical Specifications
ModelBaseTopSaddleWeightStands / Pallets
TS12ST TN25″ x 25″16″ x 16″3″ Deep28.5 lbs52

HOW THE TUFFSTAND STACKS UP

DURABILITY

Using a single injection molded process and a high-density UV protected plastic resin the 12″ TuffStand is reinforced for maximum loads and is built to withstand anything that comes its way

STABILITY

The wide, square base creates more than four square feet of ground contact which helps prevent the stand from tipping over during a job. The ribs along the base keep the bottom lip from curling up allowing the TuffStand to sit on top of the ground instead of digging

VERSATILITY

Our TuffStand  saddle supports multiple pipe diameters from 2″ to 12″  When placed on the stand the pipe sits 24″ off the ground to all for easy access under the pipe while welding, fabricating, and/or coating

SAFETY

The 12″ TuffStand is much safer to handle than heavy, rotted, and cracked wood skids. Weighing only 28.5lbs, the workload to handle traditional pipe supports is cut in half all while preventing injuries associated with chucking wood skids.

EASY TO HANDLE & STORE

The 12″ TuffStand has a single side handle to allow for ease of handling and setting in position out on the job. These stands are stackable to save space in storage and transportation out to the right-of-way

SAVE TIME, MONEY, & LABOR

Switching from wood skids to our plastic pipe stands allow for increased efficiency by reducing labor. If you are tired of how long and the labor costs involved with hauling, stacking, and chucking wood skids, the DuraPlas 12″ TuffStand is the product for you.

12″ TUFFSTAND Instructions

Load Limit: 3,500 lbs

Although our 12″ TuffStand was lab tested and held over 20,000lbs, the stands should never be overloaded. There are many factors involved on the job site that cannot be replicated in a controlled testing environment. *The 12″ TuffStand product is only rated for up to 3,500 lbs

Suggested Spacing: Up to 40 Linear Feet

The  12″ TuffStand was designed and tested to handle “quad” lengths which are +/-  80 linear feet, however, we still suggest a maximum of 40′ between spacings for overall safety

Use Only on Level Surfaces or Place 2 Wood Skids Underneath Pipe stand

When working on uneven ground, the chances of the stand tipping over increases. Level the right-of-way or place the stand on 2 evenly spaced wood skids. *Suggested: skids run perpendicular to the pipe

Double up the TuffStands when Hydrotesting

When hydro-testing, the water adds much more weight to the product. Hydro-testing is not recommended on the stands but in the event, it needs to be done for bore sections, etc. It is necessary to utilize a 20 linear foot spacing.

Place Skids/Crotch Every 7 to 10 TuffStands

It is recommended to place a crotch every 7-10 stands to ensure the line does not tip over during handling/construction or in expansion/contraction that occurs with temperature changes.

On a Hill or Overbend, Use Two (2) TuffStands

When placing a stand on top of an overbend/hill, the weight and force of the pipe is doubled. Disperse the weight by placing 2 stands on either side of the top of the hill.

Do Not Stack TuffStands to Gain Elevation

In order to gain elevation, place a few skids underneath and/or build a flat “platform” for a single stand to sit on top. When adding the weight of the pipe to a stack of stands, the stands will nest very tightly and will be difficult to separate.

Cover/Tarp When Not in Use

Although our stands have UV protection, it is recommended to further protect the stands from sun damage which can cause the plastic to breakdown and weaken over time. To get the most out of our TuffStands, cover them when not in use.

Replace Product if any Physical Defects are Present Such as Cracking or Discoloration

These stands are designed to absorb the weight of the pipe and give under an extreme load rather than crack. After the weight is removed, the pipe stand should regain its normal shape. Stands should be replaced if there is visible discoloration or cracking.

***Failure to follow these instructions can result in serious injuries or damages to the TuffStands.

12″ TUFFSTAND Engineering

DuraPlas, Inc. employed a team of independent engineers to determine the load bearing capability of our 12″ TuffStand. At an offsite testing facility, the 12″ TuffStand was put through a variety of different tests. From the extreme heat of the southern deserts of the Permian Basin to the sub-freezing temperatures of the northern prairies of Canada, the TuffStand stood up to the pressure. See all the tests performed and the 12″ TuffStand results below! For the full engineering report, CLICK HERE!

TEST 1: TUFFSTAND on Flat Surface

Test 1: Flat Surface
 # Temperature (°F)Ultimate Load (lbf)
 1 61°21,900
260°20,200
360°20,400
461°20,500
5121°10,500
624°27,400
This was our control test performed on the flat base of the hydraulic press.

TEST 2: TUFFSTAND on Two Wooden Skids Parallel to Pipe

Test 2: Longitudinal Dunnage (Both Sides)
 # Temperature (°F)Ultimate Load (lbf)
 1 61°20,400
2115°10,330
323°25,500
Two wood skids (4″X6″) were placed under the stand parallel with the pipe fixture.

TEST 3: TUFFSTAND on Two Wooden Skids Perpendicular to Pipe

Test 3: Transverse Dunnage (Both Sides)
 # Temperature (°F)Ultimate Load (lbf)
 1 61°20,600
2118°10,160
323°27,300
Two wood skids (4″X6″) were placed under the stand perpendicular to the pipe fixture.

TEST 4: TUFFSTAND on Uneven Surface

Test 4: 1.5″ Dunnage (One Side)
 # Temperature (°F)Ultimate Load (lbf)
 1 63°18,290
263°17,540
A 2″X6″ wood block was placed under one side of the stand to resemble an uneven surface.

PHOTOS

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Media / Literature

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TuffStand Brochure (English)

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TuffStand Brochure (Spanish)

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TuffStand Instruction Guide (English)

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TuffStand Instruction Guide (Spanish)

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TuffStand Engineering Report

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