Extremely versatile: Suitable for use with a wide range of surfaces
We know you want one adhesive that is suitable for use with a range of surfaces. Apollo Construction (A6546) is an extremely versatile adhesive. It will securely bond uPVC (plastic facings/fascias) to a wide range of porous surfaces, including board, concrete, brick and tile. This versatility helps to reduce the number of adhesives you require for any given job.
Minimises installation time: Non-slump and fast-cure adhesive
Minimising installation time is essential, and Apollo Construction (A6546) has been developed with this in mind. It’s supplied ready-to-use, which is simple to apply to vertical surfaces with a notched trowel or spatula due to its non-slump (viscous) formula. This helps to reduce cleaning tasks by limiting mess and waste.
Peace of mind: Developed specifically for uPVC wall cladding systems
At Apollo, we understand that uPVC wall cladding systems have many benefits; high durability, aesthetically pleasing and low-maintenance. However, we are also aware that bonding such systems is difficult. Apollo Construction (A6546) has been developed specifically for adhering uPVC wall cladding systems, with its high-grab and non-slump consistency ensuring a safe and secure bond.
Green Credentials: Solvent-free
Green credentials are becoming increasingly important within the construction sector, and this trend is set to continue. Apollo Construction (A6546) is water-based and solvent-free, which makes the product more pleasant to use and suitable for a wide range of projects, including those involving sensitive site locations schools and hospitals.
Suitable for use in wet areas: Resistant to extreme conditions, including steam cleaning and temperature
Apollo Construction (A6546) has been developed to withstand the extreme conditions that uPVC wall claddings systems endure in hygienic/wet areas. The adhesive is resistant to steam cleaning, water and extreme temperatures, once fully cured. It also has excellent aging properties. These properties ensure a strong resilient bond.
