SILAPRENE® DC12137 is a high-quality, high-temperature-resistant synthetic rubber contact adhesive designed for foam bonding. It utilizes a hazardous air pollutant-free solvent system and can be used for bonding a wide variety of substrates, such as foam, carpet, FRP, aluminum, wood, and plastic.

Product Type: Contact Adhesive

Compatible Substrates & Surfaces: Aluminum, Carpet, Fibre-reinforced Plastic (FRP), Foam, Metal, Plastics, Wood

Features: Fast Drying, Fast Setting, Heat Resistance, Temperature Resistance

Technical Data Sheet

Enhanced TDS

Identification & Functionality

Product Type

Features & Benefits

Labeling Claims

Applications & Uses

Application
  • Surface preparation: Clean, dry, dust-free surfaces are required for optimum bond strength. Surface temperatures should be maintained at temperatures above 40°F.
  • Clean - up: Acetone is recommended for cleaning equipment and over spray. Acetone will gel and detack product making it easy to brush off. Other solvents such as Toluene will provide varying degrees of cleaning capability by dissolving the adhesive film.
  • Application methods: The adhesive should be applied in smooth even coats to one or both surfaces at a rate of approximately 2 dry grams per square foot of bonding area. Porous materials, such as fabric, foam or wood may require two coats of adhesive. Join the surfaces when the adhesive is tacky to the touch but does not transfer to the finger. Adequate pressure must be applied to assure complete contact.

Properties

Soluble in
Acetone, Cyclohexane, Pentane
Physical Properties
ValueUnitsTest Method / Conditions
Solid Content35.0%-
Heat Resistance (SAFT)240.0°F-
Viscosity (at 10 rpm, spindle 2)200.0cP-
Weightapprox. 6.6lb/gal-
Open Tack Time10 - 15min-
VOC Content455.0g/L-
HAPs Content0.0lb/gal-

Safety & Health

Precautions

Flammable. Keep away from sparks and open flames.

  • For Professional/Industrial use only
  • Keep away from children.

Storage & Handling

Shelf Life
1 Year
Storage Condition

Store in closed container under 80°F.