Fire, Acoustic and Thermal Insulation Specialists
+44 (0)1656 730833 www.siderise.com
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Flexible composite quilts designed for free-hanging in ceiling voids above partition lines. They have been specifically developed to provide a simple solution to the common problem of improving `room-to-room' sound separation via a common ceiling void. All grades offer exceptional sound reduction properties in comparison to common ad-hoc solutions using standard flexible/ resilient materials.
SIDERISE CBX acoustic ceiling void barriers are multi-layered composite materials. The central layer is a thin flexible heavy septum membrane. Two types of membrane are available; lead foil or a polymeric heavy salt loaded barrier. Both types incorporate to one side a laminated glass fabric 'anti-creep' layer. This is designed to prevent possible long-term elongation of the product in its normal free hanging condition. Additionally, this layer provides additional reinforcement to through penetrations at fixing points. Both types of central membranes provide matching acoustic performance for each of the two standard surface weight options. The primary difference between the types is their mechanical characteristics when bent or deformed. The lead foil membrane has a tendency to memorize deformation. Each side of the membrane has a soft high-tensile glass fibre insulation layer, faced on the exposed surface with a reinforced aluminium foil. It is extremely quick and easy to install and is suitable for both new build and refurbishment projects.
SIDERISE acoustic void barriers are primarily intended to reduce sound transmission via hidden voids offering potential 'cross-talk' paths to adjoining areas. Typical examples include suspended ceiling or raised access floor voids at partition lines and the cavity formed at floor slab abutments to curtain walls.
As standard, the product incorporates opposing interlocking rebate joints in one direction. This feature helps maintain acoustic integrity at joints within the installed barrier. SIDERISE acoustic void barrier - facades is available in a number of grades and thicknesses offering a wide range of sound reduction values. The product is also available with a choice of optional high mass central membranes to achieve substantially higher SRI values. Some acoustic void barriers - facades have certified fire resistance permitting their dual use as ceiling or floor void fire barriers. The product is extremely simple to fix and can be easily cut to accommodate service penetrations.
The rockfibre insulation core is available in two different structural forms:
The SFO form is also optionally available with the inclusion of a central limp heavy membrane. Two surface weights of the polymeric membrane are available: P5 (5 kg/m²) or P10 (10 kg/m²).
A flexible acoustic composite for use as a mass overlay within curtain walling to form a high performance sound barrier. They represent a simple solution to the problem of improving 'floor-to-floor' acoustic performance when used in conjunction with SIDERISE CW-FS Perimeter Barriers and Firestops for Curtain Walling (formerly Lamatherm CW-FS fire and smoke stop for curtain walling).
SIDERISE Acoustic Barriers are extremely quick and easy to install and are suitable for improving sound performance within all curtain walling environments. Being flexible and thin, they are ideal for curtain wall application as unlike rigid boards or partitions, SIDERISE Acoustic Barrier Overlay is designed to accommodate façade deflection.
Features:
Cavity barriers and fire stops to maintain continuity of fire resistance by sealing the gap between the compartment floors or walls and the external curtain wall both horizontally and vertically. The method of manufacture provides a resilient lateral compression property which assists installation, ensures the requisite tight fit and thereby enhances fire integrity. The materials comprise a one-piece product having a pre-compressed non-combustible rock fibre core. The products also have integral aluminium foil facings to provide a Class 'O' rating and excellent resistance to smoke. Lamatherm CW-FS SIDERISE Perimeter Barriers & Firestops for Curtain Walling is manufactured and designed to accommodate full façade movement, due to normal use loads, wind seismic and fire conditions Can be used in conjunction with SIDERISE CW-AB Acoustic Barrier Overlay - Facades (formerly Lamatherm CW-AB acoustic barriers).
Features:
Cavity barriers and fire stops to maintain continuity of fire resistance by sealing the gap between the compartment floors or walls and the external curtain wall both horizontally and vertically. The method of manufacture provides a resilient lateral compression property which assists installation, ensures the requisite tight fit and thereby enhances fire integrity. The materials comprise a one-piece product having a pre-compressed non-combustible rock fibre core. The products also have integral aluminium foil facings to provide a Class 'O' rating and excellent resistance to smoke. Lamatherm CW-FS SIDERISE Perimeter Barriers & Firestops for Curtain Walling is manufactured and designed to accommodate full façade movement, due to normal use loads, wind seismic and fire conditions Can be used in conjunction with SIDERISE CW-AB Acoustic Barrier Overlay - Facades (formerly Lamatherm CW-AB acoustic barriers).
Features:
SIDERISE FIP high performance acoustic panel is a thin multi-layered board offering exceptional sound transmission performance and has been specifically developed to provide a solution where an internal partition abuts a curtain wall or window mullion. Due to the impressive 46 dB Rw performance at only 31 mm thickness, the SIDERISE FIP high performance acoustic panel can also be used in many other conditions which demand the combination of a high sound reduction index (SRI) performance with a minimal thickness. This simple yet effective solution has been used on a number of projects which include hotels, residential, government and commercial buildings in both the UK and overseas.
Features and benefits:
Flexible composite sheets designed for free hanging in ceiling voids above partition lines. They provide a simple solution to the common problem of improving `room to room' sound separation via a common ceiling void. The barrier’s flexibility allows it to be easily deformed around localized obstructions within the ceiling void.
SIDERISE flexible acoustic barriers for suspended ceilings are multi-layered composite materials. The central layer is a thin flexible heavy septum membrane. Two types of membrane are available; lead foil or a polymeric heavy salt loaded barrier. On each side of the membrane is a Class ‘O’ open cell acoustic foam insulation layer. Both types of central membranes provide matching acoustic performance for each of the two standard surface weight options. The primary difference between the types is their mechanical characteristics when bent or deformed. The lead foil membrane has a tendency to memorize deformation. It is extremely quick and easy to install and is suitable for both new build and refurbishment projects.
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SIDERISE LGS is a third party certified intumescent strip designed to seal junctions between building elements to prevent the spread of fire and smoke, providing up to 240mins fire resistance.
Part of the Certifire approved range of linear gap seals, these intumescent seals comprise a flame retardant acoustic foam core with an intumescent coating. In fire conditions they maintain a close fit to prevent the spread of cold smoke. On the fire side the foam compresses and is replaced by the expanding intumescent, preventing rapid fire spread into the joint. The non-fire side retains flexibility accommodating heat induced structural movement.
SIDERISE Mullion and Transom Inserts comprise a range of specialist material components intended to improve the sound insulation performance of lightweight hollow framed façades or glazed areas. Whilst the inserts may be employed for the purpose of improving the sound transmission characteristics of the building envelope (e.g. outside to inside performance), more commonly they are used to assist in reducing flanking transmission between adjacent internal areas. This includes ‘room to room’ and ‘floor to floor’ flanking sound transmission. Specific optimal solutions have been developed for each of the common conditions encountered in curtain wall constructions. The design of the appropriate insert considers not only acoustic performance but also ease and practicality of installation. In-house manufacturing techniques such as CNC/ die cutting or routing permits an accurate tailored fit within the particular hollow frame element.
SIDERISE AVC Mullion Closures:
Die-cut parts in a dense resilient foam material with a central flexible heavy membrane. Usually die-cut to the exact internal profile of the hollow frame section. Depending on the sound insulation performance required they may be deployed singly or in pairs.
SIDERISE HB Inserts:
Shaped composite high mass layer and acoustic foam inserts. Comprises a layer of V Foam with a 10 kg/m² limp elastomeric barrier membrane to one side. Fitted in pairs in a back-to-back arrangement with the barrier layers to the outside.
SIDERISE MF Inserts:
Shaped resin bonded rock fibre absorptive inserts.
SIDERISE V Foam Baffles:
Shaped impregnated acoustic foam absorptive insert baffles, typically in 300–600 mm lengths and are usually installed centred on the midpoint of the compartment line.
SIDERISE V Foam Inserts:
Shaped impregnated acoustic foam absorptive inserts. Robust, flexible and dust free.
Features:
More Information:
SIDERISE NXR insulation boards are high performance firesafe and thermal insulation cores that offers exceptional structural performance, specifically designed for use in bonded composite panels.
NXR’s high strength rockfibre lamellae in a uniform vertical fibre structure ensure optimum mechanical performance meeting all performance criteria required of modern industrial/commercial buildings, curtain wall systems and volumetric building elements. Used wherever thermal, fire or acoustic insulation is required within a bonded composite panel, the insulation boards are available in different grades to suit performance specification. Faced both sides with a polymer filament net fabric to assist structural bonding, different facings/finishes are available to suit requirements.
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SIDERISE NXS spandrel insulation is a high strength insulation core that offers an unrivalled combination of fire, thermal and acoustic performance, designed for bonding to glass spandrel panels.
It comprises firesafe mineral fibre lamella boards faced on one side with an open polymer filament net fabric to facilitate bonding to the glazed unit, faced with Class 0 foil on the reverse.
NXS insulation presents a compatibility of materials between the rear of the spandrel unit and the firestop system installed at compartment floors/walls. Compartmentation is ensured as interface integrity between the insulation and firestop is maintained.
Supplied to suit the glazing unit schedule or as standard boards, edge rebating/surface profiling is optional. Thickness is determined according to the thermal/fire performance required.
Lamatherm SIDERISE raisedRF access floor system has been specifically developed to provide cavity fire stops for use in voids between raised access floors and floor slabs. It is designed as a one-piece system and allows easy cutting and installation. The product also offers unique vertical compression to allow tightness of fit.
Lamatherm SIDERISE RF-CB cavity barrier systems:
Used to subdivide uninterrupted voids in accordance with Building Regulations offering 30 minutes fire resistance. CB barriers are designed to suit individual floor void depths of 50–600 mm.
Lamatherm SIDERISE RF-FS fire stop system:
Maintains continuity of fire resistance for installations aligned with fire rated partitions hence maintaining compartmentation. The FS system offers 60–120 minutes fire resistance. FS barriers are designed to suit individual floor void depths of 50–600 mm.
Features:
Cavity barriers for drained and ventilated facades, available for vertical or horizontal applications. Their use ensures that the system will drain any moisture within the façade construction, whilst maintaining airflow and, in the event of fire, provide an effective hot smoke and fire seal.
Features:
SIDERISE RH Open State Horizontal Cavity Barriers (formerly Lamatherm CW-RS):
This consists of a non-combustible stonewool lamella core, with reinforced aluminium foil faces, giving an overall reaction to fire performance to Class A1. The exposed leading edge is also sealed with aluminium foil. Whilst the base material is water repellent and non-hydroscopic, this predominantly enclosed arrangement affords an added degree of weather protection to the core material.
SIDERISE RH ‘Open State’ horizontal cavity barriers incorporate a continuous high performance reactive intumescent strip which is bonded to the leading edge. The intumescent material has a reaction to fire performance to Class 'E'. In the event of exposure to fire, the intumescent rapidly expands and fully seals the purposely designed ventilation gap, formed at the time of installation, between barrier and the rear of the cladding.
SIDERISE RV Vertical Cavity Barriers (formerly Lamatherm CW-RS):
This consists of a non-combustible stonewool lamella core, with reinforced aluminium foil faces, giving an overall reaction to fire performance to Class A1. They are used to full fill the void between the external envelope and internal structure. The construction offers an excellent resistance to the passage of both smoke and fire. Additionally, by fully sealing the void, they assist ventilated facades to function by maintaining air-pressurization compartmentation.
The stonewool lamella core construction enables the vertical barriers to accommodate the serviceability movement normally associated with rainscreen facades. The leading edge compresses directly against the external envelope. No intumescent strip is required.
Cavity barriers for drained and ventilated facades, available for vertical or horizontal applications. Their use ensures that the system will drain any moisture within the façade construction, whilst maintaining airflow and, in the event of fire, provide an effective hot smoke and fire seal.
Features:
SIDERISE RH Open State Horizontal Cavity Barriers (formerly Lamatherm CW-RS):
This consists of a non-combustible stonewool lamella core, with reinforced aluminium foil faces, giving an overall reaction to fire performance to Class A1. The exposed leading edge is also sealed with aluminium foil. Whilst the base material is water repellent and non-hydroscopic, this predominantly enclosed arrangement affords an added degree of weather protection to the core material.
SIDERISE RH ‘Open State’ horizontal cavity barriers incorporate a continuous high performance reactive intumescent strip which is bonded to the leading edge. The intumescent material has a reaction to fire performance to Class 'E'. In the event of exposure to fire, the intumescent rapidly expands and fully seals the purposely designed ventilation gap, formed at the time of installation, between barrier and the rear of the cladding.
SIDERISE RV Vertical Cavity Barriers (formerly Lamatherm CW-RS):
This consists of a non-combustible stonewool lamella core, with reinforced aluminium foil faces, giving an overall reaction to fire performance to Class A1. They are used to full fill the void between the external envelope and internal structure. The construction offers an excellent resistance to the passage of both smoke and fire. Additionally, by fully sealing the void, they assist ventilated facades to function by maintaining air-pressurization compartmentation.
The stonewool lamella core construction enables the vertical barriers to accommodate the serviceability movement normally associated with rainscreen facades. The leading edge compresses directly against the external envelope. No intumescent strip is required.
More Information:
SIDERISE SC cavity fire barriers and firestops used in suspended ceilings to improve room-to-room sound reduction and prevent the spread of fire and smoke, providing up to 300mins fire performance.
This leading range includes options to either subdivide large uninterrupted cavities (CB) or to provide continuity of fire resistance when aligned underneath partitions (FS).
Constructed from a pre-compressed mineral fibre core it offers unique vertical compression to allow tightness of fit; faced on two sides with Class A1 foil.
CB fire barriers suit ceiling void heights up to 1175mm, and are supplied as standard with interlocking rebated joints (RJ) enhancing acoustic performance. For voids under 200mm they are supplied butt jointed (BJ).
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