advanced wall assembly systems for 2016 title 24 compliance

HP+™ Wall SystemsAdvanced wall assembly systems for 2016 Title 24 compliance

High Performance Structural Foam Wall SystemWhat’s in a wall

BASF HP+ Wall Assemblies

How do they comply with 2016 Title 24

How can they help your business

What must a wall do to be “high performance”?

• Structure – gravity, uplift, lateral (shear)

• Moisture– control rain and drain the assembly

• Air – control air transported heat and moisture

• Vapor– control condensation risk / drying potential

• Thermal– control energy efficiency and comfort

High Performance = All above + Affordability

Moisture Air Vapor Thermal

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Structure

Housewrap

Fiberousinsulation

Detailed air sealing

Studs and sheathing

Standard Construction

HP+™ Wall Systems (Patents pending)

Values• Integrated control layers• Higher effective R-value means

lower total U-value• Material efficiency• Decreased moisture risk• Improved structural performance• 3rd party validated• Suitable for any climate zone

Components• Optional Advanced framing• Walltite HP+ closed cell SPF• Neopor continuous insulation• WRB (housewrap, or Enershield)• Optional fire rated or wood

sheathings• Optional fill insulation

E Series | X Series | FR Series | XR Series4HP+ Systems 4.28.2016

HP+ E Series

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Advanced FramingSaves wood and cost

Neopor GPS BoardVapor permeable continuous insulation

Liquid or Sheet WRBWeather barrier

SealantsAdditional air sealing

Optional FillUp to R-24 in 2x4 (U=0.050)

Walltite HP+ ccSFPLateral strength, air/vapor barrier

HP+ X Series

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OSBAdditional lateral strength





HP+ FR Series

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Fire Rated GypsumUL 1-hour rated V306 design







HP+ XR Series

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Wood spacerForms continuous layer of ccSPF


OSB





Uavg =84% × 0.04 + 16% × 0.10

100%

= 𝟎𝟎.𝟎𝟎𝟎𝟎𝟎𝟎

R = �1U = �1

0.050 = 𝐑𝐑 𝟐𝟐𝟎𝟎.𝟏𝟏

9

R-13+5 2x4 (2013 Title 24)HP+ E Series 2x4 with AWS

U = ⁄1 R R = ⁄1 𝑈𝑈

Uavg =A1 × U1 + A2 × U2 + …

Atotal

Uavg =75% × 0.05 + 25% × 0.09

100%

= 𝟎𝟎.𝟎𝟎𝟎𝟎𝟏𝟏

R = �1U = �1

0.061 = 𝐑𝐑 𝟏𝟏𝟎𝟎.𝟒𝟒

HP+ Systems 4.28.2016

R-13+5 2x4 @ 16"o.c. Cavity StudAir films, wrb, gyp 1.36 1.363/8" 1-coat Stucco 0.08 0.087/16" OSB 0.44 0.44Continuous Insulation 5 5Spray foam - -Fill insulation 13 -Wood Stud - 3.5Total R-value R1 19.9 R1 10.8Total U-value U1 0.05 U1 0.09Area A1 75% A1 25%

HP+ E Series + AWS Cavity StudAir films, wrb, gyp 1.36 1.363/8" 1-coat Stucco 0.08 0.087/16" OSB - -Neopor rigid foam 5 5ccSPF (R-6.7/in) 10.05 -Fill insulation (R-4.2/in) 8.4 -Wood Stud - 3.5Total R-value R1 24.9 R1 10.4U-value U1 0.04 U1 0.10Area A1 83% A1 17%

Uavg =84% × 0.04 + 16% × 0.10

100%

= 𝟎𝟎.𝟎𝟎𝟎𝟎𝟎𝟎

R = �1U = �1

0.050 = 𝐑𝐑 𝟐𝟐𝟎𝟎.𝟏𝟏

10

R-19+5 2x6 (2016 Title 24)HP+ E Series 2x4 with AWS

U = ⁄1 R R = ⁄1 𝑈𝑈

Uavg =A1 × U1 + A2 × U2 + …

Atotal

Uavg =75% × 0.05 + 25% × 0.09

100%

= 𝟎𝟎.𝟎𝟎𝟎𝟎𝟎𝟎

R = �1U = �1

0.061 = 𝐑𝐑 𝟐𝟐𝟎𝟎.𝟏𝟏

HP+ Systems 4.28.2016

R-19+5 2x6 @ 16"o.c. Cavity StudAir films, wrb, gyp 1.36 1.363/8" 1-coat Stucco 0.08 0.087/16" OSB 0.44 0.44Continuous Insulation 5 5Spray foam - -Fill insulation 18 -Wood Stud - 5.5Total R-value R1 24.9 R1 12.8Total U-value U1 0.04 U1 0.08Area A1 75% A1 25%

HP+ E Series + AWS Cavity StudAir films, wrb, gyp 1.36 1.363/8" 1-coat Stucco 0.08 0.087/16" OSB - -Neopor rigid foam 5 5ccSPF (R-6.7/in) 10.05 -Fill insulation (R-4.2/in) 8.4 -Wood Stud - 3.5Total R-value R1 24.9 R1 10.4U-value U1 0.04 U1 0.10Area A1 83% A1 17%

• Quantifies degrading effect of air leakage across full wall assemblies under pressure (like that created by wind) at various temperatures

• 2x4 HP+ assemblies thermally outperform walls with full cavity insulation, even vs. 2x6 construction

• Air tight construction gives HP+ a 95% less risk of condensation, 98% reduction in energy used to condition air from air leaks

HP+ Wall – Thermal Metric StudyConducted by RDH Building Science Inc.

11HP+ Systems 4.28.2016

144 107.6 35.6 0 -18.4

Climate Box Temperature (F)

R-V

alue

(ft2 F

·h/B

tu)

• 2x4 studs, R-10 (1.5”) Walltite HP+ with added fill insulation, R-5 Neopor continuous insulation

• 25% higher effective R-value than R-21 fiberglass in 2x6 cavity

HP+ Wall – Thermal Metric Study Results

12HP+ Systems 4.28.2016

25%

25%

Technical Evaluation Report (TER)

• Provides structural design values based on testing data suitable for prescriptive code, or engineering based bracing methods

• Allows engineer to reduce burden on engineered bracing solutions

• Aids in creation of braced wall design drawing of the lateral load system

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What is the Quality Assurance Plan (QAP)?• The QAP is a series of documents and guidelines designed to work in concert

with one another to, collectively, ensure the highest quality standards that are required for the installation of HP+ Wall Systems

What is the Quality Assurance & Training Program (QATP)?• Teaches the Installer specific requirements of processing and applying BASF’s

liquid spray foam compounds in the field following the Engineer product testing• Certifies each individual Installer fully understands expectations of each and

every application of WALLTITE® HP+ and installation of the HP+ Wall System, • Understand the consequences for non-compliance

Why should builder care? What does it mean for them?• Reduces liability • Ensures proper SPF installation• Results in a higher performing product (versus other insulation options)• Differentiation from competition • 10 year system warranty

Why should installer care? Why would they want to be part of the program?• Demonstrates high level of craft • Become a reliable asset for the builder• Differentiate from competition • Strengthen industry

BASF’s Quality Assurance Program

14HP+ Systems 4.28.2016

• Quality Assurance (QA) – explains in-field procedures

• Quality Control (QC) – explains QC specifications of the system components

• Quality Assurance Training Program (QATP) – certifies individual applicators

• Daily Work Record – applicator documents site conditions and on-site test results

• Technical Evaluation Report (TER) – validates how the wall system meets code

• Technical Installation Manual – explains how to properly construct each wall system

• Field Assembly Guide – graphic step-by-step installation guide

• HP+ System Quick Reference – helps site supervisors ensure accurate installation

• Builder Checklist – required completion by builder documents specific installation conditions

BASF’s Quality Assurance Program Training and documentation tools

15HP+ Systems 4.28.2016

The HP+ Wall System enables:

• Decreased condensation risk while maintaining drying strategy

• 30-60% more effective R-value in walls (with 30% less wood)

• Reduce air infiltration to 3 ACH50 or less

• 10-15% cooling load reduction (downsizing)

• Meet or exceed 2016 Title 24 performance

• Suitable for on-site or panelized construction

• Monthly energy savings can exceedmonthly mortgage increase from day one!

Create value through high performance

What does all this mean for you?

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[email protected] | www.construct ion.basf.us | (888) 307-6602

Chris Rosemond, Assoc. AIA, HERS

Construction Science Architect

BASF Center for Building Excellence

[email protected] | 980.218.1884

advanced wall assembly systems for 2016 title 24 compliance

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