Derby D34 Neutral Mirror Silicone

Product description
Derby D34 Neutral Mirror Silicone is a sealing and filling material that has a wide usage area in mirror assembly, PVC and aluminum joinery assemblies. Provides strong adhesion to most non-porous surfaces, including general building materials.

Features
• Solvent free, 100% silicone.
• It does not emit acid odor during curing, it is odorless.
• It does not cause any staining or abrasion on the mirror after mirror assembly.
• Remains permanently elastic after curing.
• Provides excellent adhesion to non-porous surfaces.
• It does not crack, does not turn yellow, is resistant to the effects of aging.
• Resistant to detergents, cleaning materials and chemicals.
• It can be applied in all seasons.
• Resistant to UV rays.
• It does not cause corrosion on metals.

Application Areas
Mirror, PVC and aluminum joinery assemblies. In aluminum composite, granite, marble and natural stone facade cladding. In glass roof systems. In general, at the joints of building elements. It is used for insulation and filling purposes in door and window gaps. Glass installation and assembly works. In the joints and joints of metal, glass, porcelain, steel, etc. materials. Applications in bathrooms and kitchens and in plumbing works. Insulation of electrical materials, sockets and switches.

Application
During application, the temperature should be between +5 °C and +40 °C. The mobility of the silicone should be taken into account when determining the joint width. The minimum joint size should be 5×5 mm. For joints that are too wide, the joint depth should be half the width. The joint depth can be adjusted at the desired level by using the joint filler rod. In order to ensure sufficient contact with the surface, it should be smoothed by pressing with a silicone spatula within 5 minutes after the application. It can be cleaned with silicone cleaning thinner, which is smeared and not yet cured.

Shelf life
It is 18 months in its unopened original packaging, under appropriate storage conditions and at room temperature.