Speedliner 1000 is a high performance urethane elastomeric texture coating specifically designed for high build applications. When fully cured, Speedliner 1000 forms an extremely tough, abrasive resistant rubber coating, especially well-suited for applications requiring protection from impact, abrasion or corrosion on metal, wood or concrete surfaces. Speedliner 1000 texture surfaces provide an excellent non-slip surface in both wet and dry environment. Speedliner 1000 has also been used as a blast suppression/Energy Resistant Coating (ERC) for cider block wall in public facilities. 



Easy application using a simple Hopper gun used for plaster applications, available at most hardware stores. For a higher volume application use a Binks pressure pot and Binks 2001 spray gun. Speedliner 1000™ does not require a humidity-controlled environment for application. Ultraviolet stabilizers can be applied in almost any color. Convenient pre-measured one gallon kits.

Speedliner™ 1000 has excellent abrasion resistance and will out wear many other materials when subjected to impingement or slurry abrasion. Abrasion resistance ASTM D 3389-94 (Taber Model 502/C-17 wheel with 1000 gram load), 4.4 mg abrasion loss per 1000 revolutions.

Speedliner™ 1000 has been successful at temperatures up to 180°F. Under wet or humid conditions at elevated temperatures; Speedliner™ 1000 is superior to most other urethanes. Although Speedliner™ 1000 becomes stiffer at lower temperatures it still remains flexible at temperatures as low as –70°F. Speedliner™ 1000 has excellent chemical resistance in the pH range of 2 to 12. Resistance to most oils at room temperature is good, but resistance to solvents is generally poor. The table below gives an indication of resistance to some chemicals; however, users should conduct their own tests.





Chlorinated Water


Sea Water


Nitric Acid, 5%




Hydrolchloric Acid, 5%


Methyl Ethyl Ketone


Phosphoric Acid, 10%




Sodium Hydroxide, 10%





G – Good
E – Excellent
F – Fair
P - Poor

Application and Mix Ratio

The resin portion of Speedliner™ 1000 will crystallize when exposed to temperatures below 40°F. The curative portion may crystallize when exposed to temperatures below 20°F. This does not harm the components; however, the resin component should be warmed to between 90°F and 100°F, and the curative component to room temperature and each component mixed well before using. The components should not be overheated and should be cooled to room temperature before mixing together. After long-term storage it is a good policy to stir each component before adding them together.

Speedliner™ 1000 should only be applied to surfaces that have been properly prepared. Most common materials, such as steel, aluminum, fiberglass, rubber, urethane, brick, concrete and wood can be coated with Speedliner™ 1000 (when coating surfaces other than steel truck beds please contact your Speedliner™ distributor for special preparation and priming procedures update). To obtain maximum adhesion most substrates must be abraded, grit-blasted or etched before applying primer and Speedliner™ 1000. New metal surfaces should be grit-blasted to SSPC-SP-10 "Near White Metal Blast" and should exhibit a 2 to 4 mil surface profile.

Metallic substrates must always be dry and primed with UltraPrime 450 before applying Speedliner™ 1000.

The time required for Speedliner™ 1000 to cure is dependent upon temperature. A 75% cure is generally sufficient for mild abrasion and submersion. The cure times shown below are for a 100-mil thick coating; cure times should be increased by 50% for a 250-mil thick coating.

Vapors from Speedliner™ 1000 contain isocyanates and solvents. Supplied fresh air ventilation must be used for all indoor applications. When working in tanks and other closed vessels or downstream from spray gun, fresh air breathing equipment should be worn at all times. Both resin and curative components contain flammable solvents and should be protected from sparks and open flames. Avoid contact of components with skin and clothing as both resin and curative can cause skin and eye irritation. In case of eye contact, immediately flush with plenty of water for at least 15 minutes. If swallowed do not induce vomiting. Call a physician at once. Keep out of reach of children.

Equipment must be cleaned immediately after use to prevent buildup of cured urethane on internal parts of equipment. Solvents, such as Toluene or M.E.K. work well for cleaning soiled spray equipment. As soon as urethane spraying is completed, solvent should be pumped through the pump, hose and spray gun until solvent comes out clear. Dispose of all empty Speedliner™ 1000 component containers in accordance with all local, state and federal regulations. Empty component containers can be rendered non-hazardous by rinsing the containers with a small amount of mixed material and allowing the solvent to evaporate. The containers will then contain non-hazardous cured urethane.


Physical Properties

Mix Ratio By Weight

100 parts A/ 32 part B

Mix Ratio By Volume

3 parts A/ 1 parts B



Clear with 19 available colors

Working Life @ 72°F

45 minutes

Specific Gravity (Mixed)


Weight/Gallon Mixed

8.08 lbs.

% Solids by Volume



Working Properties

Hardness @ 72° F

ASTM 2240

95-90 Shore A

Tensile Strength

ASTM D-412 Die C

5638 psi


ASTM D-412 Die C


Tear Strength

ASTM D-624

990 (lbs./in.)

Dielectric Strength

ASTM D-149-97a Method A

278 (V/mil)

Taber Abrasion (Taber Model 502)

Abrasion loss (mg/1000 rev.)

with C-17 Wheel @ 1000 grams load

ASTM D-3389-94

4.4 mg

Brittleness Temperature

ASTM D-746

-97.60°F (-72°C)

Federal Motor Vehicle Flammability Test



Flammability Test Results


Cure Times





Cure Time 75%

6 days

3 days

1 day

Cure Time 95%

15 days

7 days

3 days


Clean Up

Dispose of all empty Speedliner™ 1000 component containers in accordance with local, state and federal regulations. Empty component containers can be rendered non-hazardous by rinsing the containers with a small amount of mixed material and allowing the solvents to evaporate. The containers will then contain non-hazardous cured urethane.

Storage and Shelf Life

Speedliner™ 1000 components are shipped from the factory in sealed containers that are purged with dry nitrogen. The containers should be kept tightly sealed and stored in a cool and dry area that is protected from direct sunlight and moisture. Storage temperatures should not exceed 80°F. Shelf life of factory sealed containers stored under these conditions is one year. Containers that have been opened should be resealed immediately after material has been removed in order to prevent moisture contamination and solvent evaporation. Resin component containers should be purged with dry nitrogen if the contents are not used within 24 hours after opening.


Shipping Class: Class 92.5 Hazardous


Speedliner™ 1000 Test Results for Spray-in Bedliners

The following are the reports from a variety of tests that show the high performance you get from Speedliner®. These are not "in-house" tests, but tests conducted by independent, impartial laboratories.

Test results for spray-in bedliners performed in independent labs show that Speedliner® 1000 is the most durable spray-in bedliner solution on the market. Spray-in bedliners undergo many rigors in “real-world application.”

At Speedliner® we have tested our products to make sure that not only do they outperform our competitors, but they exceed the expectations of our customers that use them every day. When evaluating a spray-on bedliner application the tensile strength of the spray on bedliner, the tear strength of the the spray-in application, resistance to abrasion, elongation properties among others are tested to ensure that your finished spray-in bedliner products are tried and true. The test results for Spray-in bedliners are conclusive. Speedliner® 1000 is the leading spray-in bedliner solution on the market!

Speedliner 1000
Actual Results
Tensile Strength 5638 psi Actual Results (PDF)
Tear Strength 990 lbs/in Actual Results (PDF)
Abrasion test 4.4 mg loss per 1000 rev Actual Results (PDF)
Elongation 442% Actual Results (PDF)
Hardness 95-90 Shore A N/A
Flammability 0 burn rate Actual Results (PDF)
U.V. Strength 80-89% gloss retention after 2000 hours Actual Results (PDF)
Di-Electric Strength 278 V/mil (+/-35) Actual Results (PDF)