McCoy Silicones Limited, an ISO 9001:2000 Certified Company manufactures Abrasion Resistant Universal Silicone Sealant, ELASTOSIL 130. The Abrasion Resistant Universal Silicone Sealant is a high-quality, easily applied one part acid-curing silicone sealant. The Abrasion Resistant Universal Silicone Sealant can react with atmospheric moisture to form a durable, elastic seal. Abrasion Resistant Universal Silicone Sealant is a high-performance sealant. The Abrasion Resistant Universal Silicone Sealant is specially designed for sealing, bonding mending, and repairing tasks. It is particularly intended for all glass constructions. This Abrasion Resistant Universal Silicone Sealant can be applied by either hand or machine to seal a wide variety of substrates, such as glass, coated glass, ceramic tiles, enamel, painted surfaces [wood and others], aluminum, steel and many plastics.
The other features of the Abrasion Resistant Universal Silicone Sealant are as follows: Non sag Ready to use Acetoxy curing system: smells of acetic acid Flexible at low [-40 ?C] and high [+180 ?C] temperatures Ready gunnability at low [+5 ?C] and high [+40 ?C] temperatures The special properties of the Abrasion Resistant Universal Silicone Sealant are as follows:

Rapid curing: quickly becomes tack-free

External quality control

Outstanding adhesion to glass, glazed surfaces, ceramic tiles, many plastics and many paints

Outstanding weathering resistance

Long shelf life: simplified stock keeping

Abrasion resistant

Low shrinkage on curing

The specifications of the Abrasion Resistant Universal Silicone Sealant are: Cured rubber [after 4 weeks` storage at 23 ?C / 50% rel. humidity] Hardness, Shore A ISO 868 18 Elongation at break ISO 8 339 - A [%] 300 Tear strength ISO 34 - C [N/mm] 4.5 Tack free time at 23 ?C / 50% rel. humidity [min] 60 Skin-forming time at 23 ?C / 50% rel. humidity [min] 20 Modulus at 100% elongation ISO 8 339 - A [N/mm2] 0.38 Tensile strength ISO 8 339 - A [N/mm2] 0.7 Uncured compound Consistency ISO 7 390, Profile U 20 non sag