Product Description

Normac 900RF is a two component, room temperature curing, chloroprene based, liquid rubber adhesive that, when catalysed with the appropriate amount of Normac R Hardener, yields high strength adhesion when bonding rubber to rubber, rubber to fabric, rubber to steel, rubber to concrete, fiberglass, PVC and urethane.

Mix Ratio: 900RF
R Hardener
100 8


Package Sizes
Packaged/Sold by Weight

Kit 900RF R Hardener  
0.5kg 0.5L (1 pint) 40g x 1  
1.0kg 1.0L (1 quart) 80g x 1  
5.0kg 4.0L (1 us.gal.) 80g x 5  
25.0kg 18.9L (5 us.gal.) 80g x 25  
290.0kg 200.0L (45 us.gal.) 80g x 290  
Case Sizes
Packaged/Sold by Weight

Case 900RF R Hardener  
0.5kg x 20 0.5kg x 20 40g x 20  
1.0kg x 20 1.0kg x 20 80g x 20  
5.0kg x 4 5.0kg x 4 80g x 20  


FDA Compliant White, Brushable liquid  


Specific Gravity
1.330           2500 - 4500 cps


Chemical Resistance
Refer to Normac 900RF Chemical Resistance Chart.  


Oil Resistance
Operating Temperature
Excellent              -40oC to 93oC (-40oF to 200oF)


Application Life Shelf Life                 
4 hours @ 21oC (70oF)        >2 years in unopened containers


Store in a dry place at ambient temperatures, away from open flame, sparks and direct sunlight.  


Normac 900RF is a non-flammable product in shipping, storage and application.

Safety, Handling & Toxicity

See Normac 900RF Material Safety Data Sheet (MSDS) for specific information.


Download - 900RF Material Safety Data Sheet


Application: For uniform mixing, cement containers should be agitated or drums rotated before the addition of hardener. Thoroughly mix the appropriate amount of hardener (8% by weight) into the cement at 21oC. This mixture will give you an application life of 6-8 hours before cross-linking.

Specific application sheets are available for the following:

1. Bonding rubber sheeting to steel.
2. Bonding urethane sheeting to steel.
3. Bonding urethane sheeting with bonding layer to steel.

Rubber to Steel: Metallic surfaces must be free of oils, grease or other contaminants. Rust and mill-scale should be removed by sand blasting to NACE #2. A profile of 2-3 mils is preferred. The rubber, if cured should have all mould release agents removed and buffed with 24 grit or stiff bristled wire brush at a speed as not to burn the rubber surface. Apply a first coat to each surface with a scrubbing-like motion. Allow this coat to dry for at least 1 hour at 21oC. Should the ambient temperature be lower, allow a 50% increase in drying time for every 3oC drop in temperature. After the required drying time a second coat is applied to each surface in a manner as not to disturb the primary coat. Let dry until tacky, adhere both surfaces and stitch down or apply pressure. The maximum bond strength will develop to its optimum in 21 days, however, initial bond strengths will be sufficiently high after 6 hours and are ready for most services.

Rubber to Rubber: The rubber, if cured in sheet form should be solvent cleaned and buffed as described above before the first coat of adhesive is applied. Allow the first coat to dry for at least 1 hour or longer. Should the temperature be lower, better adhesion will be achieved by increasing the first coat's drying time by 50% for every 3oC drop below ambient. After the required drying time a second coat is applied and when still tacky, stitch the two components together or apply pressure.

Rubber to Other Substrates: For adhering other elastomeric materials or special environmental conditions, please contact our main office. Trials, if possible are recommended before production to determine the suitability of this compound with individual materials and to determine the preferred method of application.


5m2 per kg. (24.5 ft.2 per lb.) theoretical coverage. Trichloroethylene.                                     



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