SPRAY ON BEDLINER
THE ORIGINAL
WHAT ARE THE BENEFITS
Of ArmorThane's ArmorLiner?
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WHAT'S THE DIFFERENCE?
HOW TOUGH IS IT?
WHO IS ARMORTHANE?
HOW DO I JOIN?
SPRAY VS ROLL ON
TENSILE STRENGTH
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MAKE OLD TRUCK BEDS NEW
PROTECT AND PROLONG NEW PICKUP BEDS WITH ARMORLINER!
Truck bed protection started with simple modifications, such as installing planks of wood to truck beds. The industry has made enormous strides since this era of simplicity.
A more advanced method was created as pickup trucks began to be designed more frequently to haul cargo. Thermoforming, a process in which a plastic sheet is heated to a pliable temperature, formed to a specific shape, and then cut to create a usable product, would eventually lead to the first plastic drop-in bedliner. In the ’80s, companies began to replicate this design and manufacture pre-formed liners on a massive scale.
SPRAY ON BEDLINERS
Spray-on bedliners come in various formulations and process techniques such as aromatic or aliphatic, high or low pressure, polyurea or polyurethane, or hybrid and solvent-based. Performance relies on the initial surface prep work completed before spraying.
It is entirely possible to have the color of the bedliner match that of the vehicle, but color fade from ultraviolet radiation is inevitable with time. This is why bedliners are typically done in black.
AROMATIC
Aromatic is generally used for black color and is the least expensive option. If a colored bedliner is desired, Aliphatic can be implemented because it is more stable over time in ultraviolet light. However, this pure polyurethane chemical will drive up the cost around 30-45%.
ALIPHATIC:
Aliphatic material can be sprayed in a wide range of colors, and UV rays will not alter this color, unlike Aromatic will.
DIFFERENCES IN SPRAY-ON BEDLINERS
Spray-on bedliner material will vary in texture and color. Texture can be smooth, making for easy cleaning or be a rough texture to prevent skidding and increase durability. Thinner coatings will typically cost less but can chip and crack. For trucks with the most rugged use, ArmorThane sets an optimum thickness for bedliners as 1/4 inch on the truck bed and wheel wells as well as 1/8 inch on the sides. ArmorThane provides seamless, spray-on polyurea solutions that offer a durable, watertight seal against corrosion and abrasion. Our fast application technology minimizes downtime to deliver a strong, flexible protective coating that’s cost-effective, environmentally friendly, and long-lasting. To keep your vehicle protected from the harshest of elements and looking new for years. Let our polyurea professionals find the right solution for you today!
These sprayed-on bedliners are professionally applied by factory-trained and certified ArmorThane technicians, which means you’ll get a consistent superior application that won’t warp or crack, even under the most stressful of conditions.
just how good is our product?
When it comes to chemistry, not all bedliners are created equal. As the leader of all high-performance spray-on bedliner businesses, ArmorThane takes its products very seriously. ArmorThane has been the best bedliner company for over thirty years.
With a dedicated full-time Research & Development team, ArmorThane delivers the toughest spray-on bedliner material available in the industry. ArmorThane has doubled the hardness rating compared to competitors, offering superior impact resistance and tensile strength, resulting in outstanding abrasion resistance. Because the material is sprayed, there is a total encapsulation or complete seal, making the coating watertight.
ArmorLiner | HighLine 410 | Industry Standard | |
|---|---|---|---|
Tensile Strength
| 3000 PSI
| 3300 PSI
| 1700-1900 PSI
|
Tear Strength
| 400 lbs/in
| 400 lbs/in
| 200 lbs/in
|
Elongation
| 200%
| 200%
| 85%
|
UV Stability | 55 Shore D
| 50 +/- 1 Shore D
| 25 Shore D
|
Tensile strength is the measurement of force before material breaks.
Measures the percentage change in length of material before breaking.
Describes the resistance of a material to distortion and is measured on an alphabetic scale.
Tests the resistance of a material to fading or color change under continuous exposure to UV light.
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