buildings
Education Healthcare Residential Housing Student Accommodation and Apartments buildings building 1 hightlighted building 2 hightlighted building 3 hightlighted building 4 hightlighted
Back Inside of school building Outside of school building click to see more information Flexible Structural Envelope
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Flexible Structural Envelope

  • Highly cost-effective hybrid design combining the benefits of i-SIPs with beam and post frames in one simple system
  • Adaptability, flexibility and extendibility built into the system without the associated cost
  • i-SIP system provides a rigid composite building element with excellent stiffness, strength-to-weight ratio and durability
  • Roof options include flat or pitched, closed or vaulted, truss, joisted or panelised
  • Composite panel strength and durability mean less post-construction snagging and no shrinkage
  • Options available to further reduce interfaces and co-ordinate improved programme delivery
  • Factory-fitted windows and other options available to reduce air-tightness and thermal risk
  • Incorporate solid timber joists, engineered I-beam joists, engineered metal-web joists or concrete floor systems to meet building performance needs
  • Structural and non-structural internal stud walls
  • Simple interfaces for different cladding types that support the cladding self-weight and resist wind loads
  • Lightweight structure reduces foundation loadings

click to see more information Speed of Build
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Speed of Build

  • Large format i-SIPs vastly increase speed of build
  • Fix-anywhere system reduces cladding installation time
  • BIM-compatible software and understanding
  • Build programme integrated with site availability and factory production schedule to optimise flow of material and labour, and speed occupancy
  • Network of approved and experienced subcontract teams
  • Offsite manufacture means less site disruption and fewer people required to install
  • Reduced and predictable pre-lims through the provision of a quick water-tight structure that takes brickwork off the critical path
  • Economical packing minimises deliveries and emissions
  • Full integration with other trades to maximise effectiveness of build sequence
click to see more information Optimisation of Thermal Performance
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Optimisation of Thermal Performance

  • Single variable thickness i-SIP with no repeating thermal bridges means no secondary insulation required
  • Large-format i-SIP system reduces the number of joints, minimising heat loss through cold bridging and air infiltration
  • U-values as low as 0.1 W/m².K easily surpass current Part L requirements
  • Y-values as low as 0.02 W/m².K, an 87% reduction over default values
  • Reduced space-heating energy usage lowers capital and life-time costs
  • Thermal modelling and Passivhaus expertise prevents over-engineering and adds value in balancing capital and life-time budget constraints
  • Reduced M&E plant and glazing specification through optimised fabric thermal performance and air-tightness
  • Increased site density due to thinner walls for same thermal performance of other systems
  • Reduced cold air infiltration maximises efficiency of MVHR systems
  • Energy conservation assured via:
    • Optimal thermal gains (Building design)
    • Minimal thermal losses (Building envelope hygrothermal performance)
    • Regulated internal environment (Mechanical building services)

click to see more information Assurance & HSEQ
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Assurance & HSEQ

  • The i-SIP system has undergone a rigorous regime of both full scale and elemental fire testing, meeting and exceeding regulatory requirements for both during and post-construction
  • Third party BBA certification warrants the system for at least 60 years.
  • System fully tested and accredited - BBA / BRE / NHBC / LABC / ISO:9001
  • Independently audited quality control procedures through ISO:9001 and BBA
  • Fully CSCS accredited, SSSTS and SMSTS with first aid training
  • Method statements tailored to suit building access and fall prevention strategy, and can be checked by an independent authority
click to see more information Capability to Deliver
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Capability to Deliver

  • Multiple wall and floor build-ups to meet the most stringent acoustic requirements
  • Extensively developed and tested system, durable and maintenance-free with no on-going remedial works required
  • i -SIP panels follow the principle of composite material construction, so overall performance exceeds that of any individual component
  • Dedicated design office within manufacturing facility offer experienced technical and design support
  • Standardised manufacturing operation driven by industry-leading software ensures consistency and precision of products
  • Extensive financial backing to provide longevity and commitment to deliver
  • To meet the needs of our client base in terms of flexible design, yet hitting the cost and time drivers significant time and investment has been made into value-stream mapping the most efficient delivery process throughout the project lifecycle
click to see more information Sustainability
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Sustainability

  • Balanced and sustainable thermal performance through efficient material specification and detailed junction design
  • Third-party BBA certification warrants the system for at least 60 years
  • Sustainably-sourced materials, high BREEAM contribution and Green Guide A+ rated product
  • Zero Ozone Depletion Potential (ODP) and Zero Global Warming Potential (GWP)
  • SIPs faced with a timber cladding have 75% less embodied energy and carbon than other masonry and metal-based build methods
  • Design methodology optimises material usage to engineer out waste while maximising 'clean' waste for recycling and re-use
  • Offsite build process limits onsite waste and the associated costs and risks
click to see more information Ventilation and Thermal Comfort
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Ventilation and Thermal Comfort

  • Structural capability can incorporate large atria and hall areas to aide cross-ventilation
  • Optimised structural grid to provide flexibility for ventilation routes combined with efficient depth and height ratios
  • Exposed concrete soffits or phase change material can be built in for thermal mass and night-time purge to combat against overheating
  • Ventilation openings close to structural soffit can provide night-time purge ventilation
  • Fan-assisted cross ventilation in classrooms to meet the new adaptive thermal comfort and indoor air quality standards
click to see more information Daylighting
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Daylighting

  • Design flexibility to provide daylight in circulation areas and rear of classrooms
  • Flexible fenestration, depth and height ratios for different daylight requirements dependent on building orientation
  • Integrated windows to underside of soffit with no downstand beams to optimise daylight fall to rear of classroom
  • Integrated rooflights and clerestories on top floors to improve daylight quality
  • Structural capability can include support for light-shelves and solar shading
click to see more information Disproportionate Collapse & Structural Capability
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Disproportionate Collapse & Structural Capability

  • System engineered to meet requirements of A3 from Building Regulations Approved Document A
  • System construction prevents accidents from causing disproportionate collapse
  • Protected-element approach to structural sections combines with inherent resistance to disproportionate collapse
  • Robust flooring solutions meet performance and loading requirements
click to see more information Acoustics Performance
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Acoustics Performance

  • Multiple wall and floor build-ups to meet the most stringent acoustic requirements
  • Combine i-SIP system with lining and cladding systems to meet required sound reduction levels
  • Acoustic strategy based on the internal and external lining systems
  • Rw 53 dB acoustic performance for classroom-to-classroom separating walls through standard drylining build-up
  • Rw 53-58 dB acoustic performance for separating floors through standard drylining build-up
click to see more information Value for money
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Value for money

  • Clear service zones option reduces co-ordination issues and overall building height
  • Structural capability to locate plant and server rooms within roof voids to reduce GIFA impact and improve circulation efficiency
  • Fix-anywhere system reduces cladding installation time
  • Balanced, sustainable thermal performance through efficient material specification and detailed junction design
  • Y-values as low as 0.02 W/m².K, an 87% reduction over default values
  • Design optimised to meet tight budgets without compromising Facilities Output Specification
  • Reduced M&E plant and glazing specification through optimised fabric thermal performance and air-tightness
  • Thermal modelling provides capability to optimise the design of extra insulation measures to prevent 'over engineering'
  • Lightweight structure reduces foundation loadings
  • Innovative approaches achieve GIFA and match accommodation schedule
  • Increased site density due to thinner walls for same thermal performance of other systems
  • Recent project achieved 25% saving on M&E and 7% saving on programme in overall budget
  • 48% space-heating cost savings achieved when compared to traditional construction
click to see more information Planning Permission and Risk Management
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Planning Permission and Risk Management

  • Roof options include flat or pitched, closed or vaulted, truss, joisted or panelised
  • Robust and durable system integrates efficiently with all roof build-ups and finishes
  • Simple interfaces for different cladding types that support the cladding self-weight and resist wind loads
  • Successful bid process experience with a number of engagements and factory visits from senior members of the EFA

Back Inside of hospital building Outside of hospital building click to see more information Flexible Structural Envelope
Close

Flexible Structural Envelope

  • Highly cost-effective hybrid design combining the benefits of i-SIPs with beam and post frames in one simple system
  • Adaptability, flexibility and extendibility built into the system without the associated cost
  • i-SIP system provides a rigid composite building element with excellent stiffness, strength-to-weight ratio and durability
  • Roof options include flat or pitched, closed or vaulted, truss, joisted or panelised
  • Composite panel strength and durability mean less post-construction snagging and no shrinkage
  • Options available to further reduce interfaces and co-ordinate improved programme delivery
  • Factory-fitted windows and other options available to reduce air-tightness and thermal risk
  • Incorporate solid timber joists, engineered I-beam joists, engineered metal-web joists or concrete floor systems to meet building performance needs
  • Structural and non-structural internal stud walls
  • Simple interfaces for different cladding types that support the cladding self-weight and resist wind loads
  • Lightweight structure reduces foundation loadings
click to see more information Optimisation of Thermal Performance
Close

Optimisation of Thermal Performance

  • Single variable thickness i-SIP with no repeating thermal bridges means no secondary insulation required
  • Large-format i-SIP system reduces the number of joints, minimising heat loss through cold bridging and air infiltration
  • U-values as low as 0.1 W/m².K easily surpass current Part L requirements
  • Y-values as low as 0.02 W/m².K, an 87% reduction over default values
  • Reduced space-heating energy usage lowers capital and life-time costs
  • Thermal modelling and Passivhaus expertise prevents over-engineering and adds value in balancing capital and life-time budget constraints
  • Reduced M&E plant and glazing specification through optimised fabric thermal performance and air-tightness
  • Increased site density due to thinner walls for same thermal performance of other systems
  • Reduced cold air infiltration maximises efficiency of MVHR systems
  • Energy conservation assured via:
    • Optimal thermal gains (Building design)
    • Minimal thermal losses (Building envelope hygrothermal performance)
    • Regulated internal environment (Mechanical building services)
click to see more information Speed of Build
Close

Speed of Build

  • Large format i-SIPs vastly increase speed of build
  • Fix-anywhere system reduces cladding installation time
  • BIM-compatible software and understanding
  • Build programme integrated with site availability and factory production schedule to optimise flow of material and labour, and speed occupancy
  • Network of approved and experienced subcontract teams
  • Offsite manufacture means less site disruption and fewer people required to install
  • Reduced and predictable pre-lims through the provision of a quick water-tight structure that takes brickwork off the critical path
  • Economical packing minimises deliveries and emissions
  • Full integration with other trades to maximise effectiveness of build sequence
click to see more information Assurance & HSEQ
Close

Assurance & HSEQ

  • The i-SIP system has undergone a rigorous regime of both full scale and elemental fire testing, meeting and exceeding regulatory requirements for both during and post-construction
  • Third party BBA certification warrants the system for at least 60 years.
  • System fully tested and accredited - BBA / BRE / NHBC / LABC / ISO:9001
  • Independently audited quality control procedures through ISO:9001 and BBA
  • Fully CSCS accredited, SSSTS and SMSTS with first aid training
  • Method statements tailored to suit building access and fall prevention strategy, and can be checked by an independent authority
click to see more information Capability to Deliver
Close

Capability to Deliver

  • Multiple wall and floor build-ups to meet the most stringent acoustic requirements
  • Extensively developed and tested system, durable and maintenance-free with no on-going remedial works required
  • i -SIP panels follow the principle of composite material construction, so overall performance exceeds that of any individual component
  • Dedicated design office within manufacturing facility offer experienced technical and design support
  • Standardised manufacturing operation driven by industry-leading software ensures consistency and precision of products
  • Extensive financial backing to provide longevity and commitment to deliver
  • To meet the needs of our client base in terms of flexible design, yet hitting the cost and time drivers significant time and investment has been made into value-stream mapping the most efficient delivery process throughout the project lifecycle
click to see more information Sustainability
Close

Sustainability

  • Balanced and sustainable thermal performance through efficient material specification and detailed junction design
  • Third-party BBA certification warrants the system for at least 60 years
  • Sustainably-sourced materials, high BREEAM contribution and Green Guide A+ rated product
  • Zero Ozone Depletion Potential (ODP) and Zero Global Warming Potential (GWP)
  • SIPs faced with a timber cladding have 75% less embodied energy and carbon than other masonry and metal-based build methods
  • Design methodology optimises material usage to engineer out waste while maximising 'clean' waste for recycling and re-use
  • Offsite build process limits onsite waste and the associated costs and risks
Back Inside of residential building Outside of residential building click to see more information Flexible Structural Envelope
Close

Flexible Structural Envelope

  • Highly cost-effective hybrid design combining the benefits of i-SIPs with beam and post frames in one simple system
  • Adaptability, flexibility and extendibility built into the system without the associated cost
  • i-SIP system provides a rigid composite building element with excellent stiffness, strength-to-weight ratio and durability
  • Roof options include flat or pitched, closed or vaulted, truss, joisted or panelised
  • Composite panel strength and durability mean less post-construction snagging and no shrinkage
  • Options available to further reduce interfaces and co-ordinate improved programme delivery
  • Factory-fitted windows and other options available to reduce air-tightness and thermal risk
  • Incorporate solid timber joists, engineered I-beam joists, engineered metal-web joists or concrete floor systems to meet building performance needs
  • Structural and non-structural internal stud walls
  • Simple interfaces for different cladding types that support the cladding self-weight and resist wind loads
  • Lightweight structure reduces foundation loadings
click to see more information Optimisation of Thermal Performance
Close

Optimisation of Thermal Performance

  • Single variable thickness i-SIP with no repeating thermal bridges means no secondary insulation required
  • Large-format i-SIP system reduces the number of joints, minimising heat loss through cold bridging and air infiltration
  • U-values as low as 0.1 W/m².K easily surpass current Part L requirements
  • Y-values as low as 0.02 W/m².K, an 87% reduction over default values
  • Reduced space-heating energy usage lowers capital and life-time costs
  • Thermal modelling and Passivhaus expertise prevents over-engineering and adds value in balancing capital and life-time budget constraints
  • Reduced M&E plant and glazing specification through optimised fabric thermal performance and air-tightness
  • Increased site density due to thinner walls for same thermal performance of other systems
  • Reduced cold air infiltration maximises efficiency of MVHR systems
  • Energy conservation assured via:
    • Optimal thermal gains (Building design)
    • Minimal thermal losses (Building envelope hygrothermal performance)
    • Regulated internal environment (Mechanical building services)
click to see more information Speed of Build
Close

Speed of Build

  • Large format i-SIPs vastly increase speed of build
  • Fix-anywhere system reduces cladding installation time
  • BIM-compatible software and understanding
  • Build programme integrated with site availability and factory production schedule to optimise flow of material and labour, and speed occupancy
  • Network of approved and experienced subcontract teams
  • Offsite manufacture means less site disruption and fewer people required to install
  • Reduced and predictable pre-lims through the provision of a quick water-tight structure that takes brickwork off the critical path
  • Economical packing minimises deliveries and emissions
  • Full integration with other trades to maximise effectiveness of build sequence
click to see more information Assurance & HSEQ
Close

Assurance & HSEQ

  • The i-SIP system has undergone a rigorous regime of both full scale and elemental fire testing, meeting and exceeding regulatory requirements for both during and post-construction
  • Third party BBA certification warrants the system for at least 60 years.
  • System fully tested and accredited - BBA / BRE / NHBC / LABC / ISO:9001
  • Independently audited quality control procedures through ISO:9001 and BBA
  • Fully CSCS accredited, SSSTS and SMSTS with first aid training
  • Method statements tailored to suit building access and fall prevention strategy, and can be checked by an independent authority
click to see more information Capability to Deliver
Close

Capability to Deliver

  • Multiple wall and floor build-ups to meet the most stringent acoustic requirements
  • Extensively developed and tested system, durable and maintenance-free with no on-going remedial works required
  • i -SIP panels follow the principle of composite material construction, so overall performance exceeds that of any individual component
  • Dedicated design office within manufacturing facility offer experienced technical and design support
  • Standardised manufacturing operation driven by industry-leading software ensures consistency and precision of products
  • Extensive financial backing to provide longevity and commitment to deliver
  • To meet the needs of our client base in terms of flexible design, yet hitting the cost and time drivers significant time and investment has been made into value-stream mapping the most efficient delivery process throughout the project lifecycle
click to see more information Sustainability
Close

Sustainability

  • Balanced and sustainable thermal performance through efficient material specification and detailed junction design
  • Third-party BBA certification warrants the system for at least 60 years
  • Sustainably-sourced materials, high BREEAM contribution and Green Guide A+ rated product
  • Zero Ozone Depletion Potential (ODP) and Zero Global Warming Potential (GWP)
  • SIPs faced with a timber cladding have 75% less embodied energy and carbon than other masonry and metal-based build methods
  • Design methodology optimises material usage to engineer out waste while maximising 'clean' waste for recycling and re-use
  • Offsite build process limits onsite waste and the associated costs and risks
click to see more information SAP Assessment & Fabric First
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SAP Assessment & Fabric First

  • Single variable thickness i-SIP with no repeating thermal bridges means no secondary insulation required
  • U-values as low as 0.1 W/m².K easily surpass current Part L requirements
  • Large-format i-SIP system reduces joints, minimising heat loss through cold bridging and air infiltration
  • Y-values as low as 0.02 W/m².K, an 87% reduction over default values
  • Thermal modelling and Passivhaus expertise prevents over-engineering and adds value in balancing capital and life-time budget constraints
  • Collaborative design, optimised junction detailing and M&E integration reduce air permeability risks
  • Reduced space-heating energy usage lowers capital and life-time costs
  • Reduced M&E plant and glazing specification through optimised fabric thermal performance and air-tightness
  • Fabric First principles drive innovative but simple approaches to energy-efficient structures
click to see more information Fire Mitgation & Risk Management
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Fire Mitgation & Risk Management

  • Full scale and elemental fire-tested, meeting and exceeding regulatory requirements during and post-construction
  • System and structural fire strategy based on internal and external lining systems
  • Extensively tested and accredited 'in-use' fire solution for 30 - 90 minutes dependant on additional materials
  • Optional extra to provide highest-rated 'during construction' fire solution to meet HSE and ABI recommendations
click to see more information Value for money
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Value for money

  • Fix-anywhere system reduces cladding installation time
  • i-SIP provides a balanced and sustainable thermal performance through efficient material specification and detailed junction design
  • Balanced, sustainable thermal performance through efficient material specification and detailed junction design
  • Y-values as low as 0.02 W/m².K, an 87% reduction over default values
  • Reduced M&E plant and glazing specification through optimised fabric thermal performance and air-tightness
  • Thermal modelling provides capability to optimise the design of extra Lightweight structure reduces foundation loadings
  • Increased site density due to thinner walls for same thermal performance of other systems
  • Recent project achieved 25% saving on M&E and 7% saving on programme in overall budget
  • 48% space-heating cost savings achieved when compared to traditional construction
Back Outside of industrial/commercial building Inside of industrial/commercial building click to see more information Sustainability
Close

Sustainability

  • Balanced and sustainable thermal performance through efficient material specification and detailed junction design
  • Third-party BBA certification warrants the system for at least 60 years
  • Sustainably-sourced materials, high BREEAM contribution and Green Guide A+ rated product
  • Zero Ozone Depletion Potential (ODP) and Zero Global Warming Potential (GWP)
  • SIPs faced with a timber cladding have 75% less embodied energy and carbon than other masonry and metal-based build methods
  • Design methodology optimises material usage to engineer out waste while maximising 'clean' waste for recycling and re-use
  • Offsite build process limits onsite waste and the associated costs and risks
click to see more information Assurance & HSEQ
Close

Assurance & HSEQ

  • The i-SIP system has undergone a rigorous regime of both full scale and elemental fire testing, meeting and exceeding regulatory requirements for both during and post-construction
  • Third party BBA certification warrants the system for at least 60 years.
  • System fully tested and accredited - BBA / BRE / NHBC / LABC / ISO:9001
  • Independently audited quality control procedures through ISO:9001 and BBA
  • Fully CSCS accredited, SSSTS and SMSTS with first aid training
  • Method statements tailored to suit building access and fall prevention strategy, and can be checked by an independent authority
click to see more information Capability to Deliver
Close

Capability to Deliver

  • Multiple wall and floor build-ups to meet the most stringent acoustic requirements
  • Extensively developed and tested system, durable and maintenance-free with no on-going remedial works required
  • i -SIP panels follow the principle of composite material construction, so overall performance exceeds that of any individual component
  • Dedicated design office within manufacturing facility offer experienced technical and design support
  • Standardised manufacturing operation driven by industry-leading software ensures consistency and precision of products
  • Extensive financial backing to provide longevity and commitment to deliver
  • To meet the needs of our client base in terms of flexible design, yet hitting the cost and time drivers significant time and investment has been made into value-stream mapping the most efficient delivery process throughout the project lifecycle
click to see more information Optimisation of Thermal Performance
Close

Optimisation of Thermal Performance

  • Single variable thickness i-SIP with no repeating thermal bridges means no secondary insulation required
  • Large-format i-SIP system reduces the number of joints, minimising heat loss through cold bridging and air infiltration
  • U-values as low as 0.1 W/m².K easily surpass current Part L requirements
  • Y-values as low as 0.02 W/m².K, an 87% reduction over default values
  • Reduced space-heating energy usage lowers capital and life-time costs
  • Thermal modelling and Passivhaus expertise prevents over-engineering and adds value in balancing capital and life-time budget constraints
  • Reduced M&E plant and glazing specification through optimised fabric thermal performance and air-tightness
  • Increased site density due to thinner walls for same thermal performance of other systems
  • Reduced cold air infiltration maximises efficiency of MVHR systems
  • Energy conservation assured via:
    • Optimal thermal gains (Building design)
    • Minimal thermal losses (Building envelope hygrothermal performance)
    • Regulated internal environment (Mechanical building services)
click to see more information Speed of Build
Close

Speed of Build

  • Large format i-SIPs vastly increase speed of build
  • Fix-anywhere system reduces cladding installation time
  • BIM-compatible software and understanding
  • Build programme integrated with site availability and factory production schedule to optimise flow of material and labour, and speed occupancy
  • Network of approved and experienced subcontract teams
  • Offsite manufacture means less site disruption and fewer people required to install
  • Reduced and predictable pre-lims through the provision of a quick water-tight structure that takes brickwork off the critical path
  • Economical packing minimises deliveries and emissions
  • Full integration with other trades to maximise effectiveness of build sequence
click to see more information Flexible Structural Envelope
Close

Flexible Structural Envelope

  • Highly cost-effective hybrid design combining the benefits of i-SIPs with beam and post frames in one simple system
  • Adaptability, flexibility and extendibility built into the system without the associated cost
  • i-SIP system provides a rigid composite building element with excellent stiffness, strength-to-weight ratio and durability
  • Roof options include flat or pitched, closed or vaulted, truss, joisted or panelised
  • Composite panel strength and durability mean less post-construction snagging and no shrinkage
  • Options available to further reduce interfaces and co-ordinate improved programme delivery
  • Factory-fitted windows and other options available to reduce air-tightness and thermal risk
  • Incorporate solid timber joists, engineered I-beam joists, engineered metal-web joists or concrete floor systems to meet building performance needs
  • Structural and non-structural internal stud walls
  • Simple interfaces for different cladding types that support the cladding self-weight and resist wind loads
  • Lightweight structure reduces foundation loadings

Student Accommodation Construction

Characteristics of student accommodation construction projects include tight programme timings, sustainability and energy efficiency. Minimal disruption is also a common objective for both city-centre and campus based sites.

Whether used for the full structure or to wrap concrete or steel frames, the i-SIP System is  normally installed in a few days without the need for scaffolding. A watertight structure is ready for fit-out weeks earlier than with traditional methods.

Tight manufacturing tolerances, low thermal bridging losses and the inherent high insulation values of the panels result in highly energy efficient buildings. Typically it is possible to use a lower specified heating system than would be possible with traditional construction. This, combined with greater manufacturing flexibility, means that M&E costs are often substantially reduced.

Our SIP building engineers and design teams work in close partnership with all stakeholders to ensure that the cost and time saving opportunities are fully realised throughout design and installation. We are fully committed to using BIM to collaborate effectively with all partners, ensuring that even the most complex projects proceed smoothly.