Special preformed, right angled and three-way panels can be incorporated to maintain and easily claim monolythic enclosures to meet your most exacting requirements. The partition walls, and indeed ceillings, can be designed to facitate and incoporate the various design principles, utilized in Laminar and Non-laminar air flow clean rooms. Core materials are dependent on application and can be selected from; HCP, Rockwool, PIR foam or aluminium honeycomb.
There are several vertical panel to panel jointing technique available. our unique recessed leveling plinth gives the facility for a continuous floor to wall membrane. Interface between the partition wall and floor is achieved in a number of ways, again dependent on application and classification. Integration between the partition head and ceiling is achieved by utilization and standard top channel together with various coving options, if required. Connection between partition and existing fabric will utilize our pre-formed closing channel and special details can be produced where required, again with various coving options available to meet specification.
Today’s office environments presents a complex array of contradictions, collaborative working, constant change, team working, privacy,. thinking and relaxing time.
Add to this the management requirements of ever changing workspace desires, business expansion and office re-organisations that place greater demands for functional and reconfigurable space with Synergy Thrislington office solutions.
Synergy Thrislington offerings combine elegance, simplicity and functionality to complement evolving business vision and objectives.
Synergy thrislington provideds an integrated modular system of offfice partitions, custom built to embody flexibility with scope for expansion, relocation and modification with minimal disruption.
Synergy thrislington partitions utilise a wide choice of designs styles and glass combinations for numerous office installation needs.
Requirements of reorganizing work place with minimal disruption and optimum flexibility can easily be achieved.