SikaDamp® -630 vibration damping noise reduction self-adhesive aluminum metal sheet

Description

SikaDamp® -630
A lightweight, elastomeric, constrained layer, vibration damping treatment in automotive body, paint and trim shop applications. 12″ by 24″ long

Description: SikaDamp® -630 is a non-curing, lightweight, self-adhesive mastic used for reduction of structure borne vibration. Processed with an aluminum constraining layer, this material can be die cut into customized  shapes and sizes specific for each application.

Advantages
▲ Weight reduction over traditional constrained layer and extensional dampers
▲ Excellent damping properties
▲ Can be installed in any area of assembly
▲ Damping properties unaltered by bake or operating temperature
▲ Excellent adhesion to all OEM substrates and process aids
▲ Customized part design
▲ In-vehicle validation capability
▲ Non-toxic and odor free

Performance
SikaDamp® -630 is an advanced formulation that offers superior damping performance at a reduced weight over traditional mastic constrained layer and asphaltic extensional dampers.

Adhesion and Durability
SikaDamp® -630 has demonstrated excellent adhesion to CRS, galvanized and galvanneal steel, ELPO and basecoat and clearcoat body panels. Its outstanding adhesive performance allows it to maintain its position in the most demanding vertical and inverted applications. SikaDamp® -630 maintains its acoustic and adhesive properties after subjection to the various bake schedules and accelerated aging and weathering test conditions used in the automotive industry. Storage outside the standard room temperature conditions may change the shelf life of the material. Standard room temperature conditions are 73°F (23°C) and 50% RH.

Design
SikaDamp® -630 has tackifying agents that help it adhere to any substrate encountered in the assembly process. It is odorless, non-staining and compatible with automotive treatment baths and finish processes. This product can be packaged in highly recyclable corrugate or returnable containers to reduce dunnage.