AG-TUF® Corrugated PVC Liner Panels
Ag-tuf wall cladding
AG-TUF® Corrugated PVC Liner Panels
Ag-tuf wall cladding
AG-TUF® (old)

AG-TUF® CORRUGATED PVC LINER PANEL

Chemical-resistant, maintenance-free PVC liner panels for agricultural interior cladding

Produced by Palram for more than 50 years, AG-TUF corrugated PVC liner panels are used to clad the interiors of agricultural and light industrial structures around the world. From hog barns and dairy sheds to poultry farms and fertilizer storage facilities, our panels hold up in places where other products don’t.

In addition to AG-TUF for interior cladding, AG-TUF UV is available for outdoor applications and corrosive environments. Resistant to harsh chemicals, our panels can be frequently cleaned to facilitate maximum sanitary maintenance without premature wear and tear. AG-TUF panels are also easy to install and maintain while preserving an attractive glossy appearance for years.

Canadian National Building Code Compliance  Palram has successfully completed the evaluation process to verify that its AG-TUF corrugated PVC liner panels meet the requirements of the National Farm Building Code (NFBC) 1995. The Canadian Construction Materials Centre (CCMC) conducted the tests and issued Evaluation Report #13581-R, specifically relating to wall liner applications in agricultural buildings. The 1995 NFBC provides relaxations of the requirements in the National Building Code (NBC) to address the particular needs of farm buildings. This is a required approval for sales of construction materials in the Canadian agricultural market.

WHY AVOID METAL SHEETS IN CHEMICALLY AGGRESSIVE AND CORROSIVE ENVIRONMENTS?

Agricultural environments such as barns, pigpens, hen houses, dairies, and stables can present multiple challenges for any interior lining or cladding material. Gases such as ammonia and hydrogen are common in livestock feeding or housing environments, and they are the source of quick and widespread rust and corrosion for metal. This corrosion results in high maintenance and replacement costs. AG-TUF sheets offer a corrosion-free and chemical-resistant alternative that provides farmers with years of low cost, low maintenance, and greater hygiene.

Industrial environments such as mining and chemical processing plants create dust and ash that, when combined with mist, rain, and perhaps even saltwater, coat the roofing with a layer of sentiment that is highly corrosive to metals. AG-TUF liner panels are virtually maintenance free and endure a wide variety of gases and chemicals for the lifespan of the panel—and under the harshest conditions.

WHY AVOID METAL SHEETS IN CHEMICALLY AGGRESSIVE AND CORROSIVE ENVIRONMENTS?

Product Details

Product Availability

SpecificationAg-tufAg-tuf 9Ag-tuf UV
Width (in.)383838
Length(s) 10'2", 12'2", 14'2", 16'4", 20'4"12'2", 20'4"12'2", 16'4", 20'4"
Thickness (in.)0.0320.0320.039

Special Orders*

Width (in.)From 26" to 47.9"
Length(s)Up to 242"
Thickness (in.)Up to 0.051"

 

*Special Orders available, but subject to surcharge and/or minimum order requirements.

Colors

ColorsBright white, Dark Grey*

*Special Orders available, but subject to surcharge and/or minimum order requirements.

Physical Properties

PropertyConditions (U.S. Customary)ASTM MethodUnits - SI (U.S. Customary)Value (U.S. Customary)
Physical
DensityD-1505g/cm³ (lb/ft³)1.4 (87.4)
Mechanical
Tensile Strength at Yield10 mm/min (0.4 in./min)D-638MPa (psi)52-66(7542-9573)
Tensile Strength at Break10 mm/min (0.4 in./min)D-638MPa (psi)39-53(5656-7687)
Elongation at Yield10 mm/min (0.4 in./min)D-638%3
Elongation at Break10 mm/min (0.4 in./min)D-638%140-160
Tensile Modulus of Elasticity10 mm/min (0.4 in./min)D-638MPa (psi)2700(391,600)
Flexural Modulus1.3 mm/min (0.05 in./min)D-790MPa (psi)2200(320,000)
Flexural Strength at Yield1.3 mm/min (0.05 in./min)D-790MPa (psi)90-100(13,100-14,500)
Impact Falling Weight3 mm (0.12 in.) SheetISO-6603/1bJ (ft-lbf)45-60(33-44)
Rockwell HardnessD-785R scale / M scale105-115
Thermal
Long Term Service°C (°F)-20 to 50 (-4 to 122)
Heat Deflection TemperatureLoad: 1.82 Mpa (264 psi)D-648°C (°F)61-67(142-152)
Coefficient of Linear Thermal ExpansionD-69610-5 /°C (10-5/°F)6.3 (3.5)
Thermal ConductivityC-177W/m°K (Btu-in./hr-ft²-°F)0.16 (1.11)

Flammability

 

StandardClassification
ASTM D365-74CC1
ASTM E84-01Class A
CAN/ULC S102.2-07Flame Spread <25 , Smoke Developed <450

Frequently Asked Questions

What is the purpose of the protective polyethylene films on certain sheets?
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The protective films in flat (non-corrugated) Palram sheets are for protection against dirt and scratching during the long journey from manufacturing to the job site. In some cases, the film also carries important installation and other product information.

The film will also indicate which side is UV-protected. This side should be installed facing outwards (extremely important).

In most cases, we recommend peeling off the protective films after installation. If this is not possible for practical reasons, always mark the UV protected surface, if there is one, so that the sheet will not be installed upside down.

Important note: The protective films that cover Palram sheets are highly sensitive to heat and direct sunlight. Excessive heat and direct sunlight before taking off the film can cause gluing of that film to the sheet surface, after which it will be extremely difficult to remove it from the sheet.

When roofing with corrugated panels, should I insert screws in the "valley" or at the "crest" of the corrugation?
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Crest fastening is almost always preferred, but some of our corrugated products do require fastening in the corrugation valley. See the individual installation guide for each product to see specific instructions.

When roofing with corrugated panels, where should I start?
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It depends mostly on access to your roof. You can choose to install left to right, or right to left, or start at the middle and continue to both sides.

However, never start at both sides toward the middle, or at any two separate points.

Most importantly – always overlap the panels in such a way so that the wind cannot get under the ends of the panel. This can cause "uplift" and, depending on wind speed, can actually pull the panels off the roof.

What is the best way to fasten Palram rigid PVC and polycarbonate panels in place?
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The best way is to use Palram-recommended screws fastened through pre-drilled holes that are slightly larger than the diameter of the screw. Pre-drilling insures that the panels will have room to expand and contract properly with temperature change. Skipping this step can lead to distorted or warped panels.

Whatever you do, never use nails. Unlike wood fibers, which compress when a nail is hammered in, Palram's rigid PVC and polycarbonate panels do not compress. That means there is significant risk of cracking and impact damage in the area of the attachment. Also, nailing the panels in place prevents them from safely expanding and contracting with temperature change, resulting in warping of the product.

For exact hole size guidelines and other important installation instructions, see the documents at the bottom of each specific product's web page.

How should I store Palram sheets when not in use?
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Store sheets in a protected, shaded, ventilated site, with no direct exposure to sunlight and winds. For outdoor temporary storage, cover with an opaque protective tarp, avoiding heat-absorbing materials.

Important note: Palram flat (non-corrugated) panels have a protective surface film that keeps the product safe from dirt and scratches during the long journey from manufacturing to the job site.

These films are sensitive to heat and direct sunlight. Excessive heat and direct sunlight before taking off the film can cause that film to bond the sheet surface, after which it will be extremely difficult to remove the film from the sheet.

How long do Palram PVC and polycarbonate products last?
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Palram manufactures a variety of different products for different applications. Most have industry-leading warranties against manufacturing related defects, as well as specific warranties related to the intended use for the product.

However, with proper installation and maintenance, our products typically far exceed their warranty periods.

Many of our products are engineered to be installed outdoors and are warranted accordingly. Nevertheless, the lifespan of outdoor products can be affected by how well they were installed, as well as environmental factors like air pollution, sun exposure, winds and erosion by airborne particles.

Warranty details can be found in the Downloads tab under the Warranties section at the bottom of the page for each individual product.