The Lambton Doors Architectural Catalog - Division 08 Openings, Section 08 14 16 - Flush Wood Doors
Architectural Catalog
Think Green!
DIVISION 08 – OPENINGS
Section 08 14 16 – FLUSH WOOD DOORS
THINGS YOU SHOULD KNOW ABOUT LAMBTON DOORS
Lambton Doors manufactures interior wood doors and frames for commercial, architectural and institutional markets, and is located in Lambton, Québec, Canada. Lambton Doors ’ is a privately owned company. The employees are available, accessible and most important they have the latitude to make quick decisions. We are able to match the design pattern of the door veneer with that of the frame veneer both coming from the same tree source. Our wood doors and frames are available non-rated and fire-rated up to 90 minute. Our doors are manufactured with a fully bonded and abrasive planed core construction, and come with a lifetime warranty against warping and telegraphing. Our products are manufactured in compliance with the Architectural Woodwork Standards, and WDMA I.S. 1-A. Lambton Doors is a Quality Certification Program Manufacturer, manufacturing in compliance with the Architectural Woodwork Standards, which has been adopted by AWMAC (the Architectural Woodwork Manufacturer’s Association of Canada). Our factory finishing is environmentally safe, utilizing UV-cured, 100% polyurethane solids with no volatile organic compounds (VOCs). Lambton Doors factory machines for all types of door and frame hardware and offers factory glazing with a variety of non-rated and fire-rated wood lite beads. Our EnviroDesign™ Series Doors do not contain any adde d formaldehyde resins, contain pre-consumer recycled material, are FSC certified, comply with LEED® V4 and are available with a fire rating up to 90 minute. Our Designer Series Doors offer unlimited design possibilities with sketch-face veneers, wood and metal inlays, applied moulding profiles, inset panels, and much more. Lambton Doors manufactures specialty products including acoustical, ASEPTI antimicrobial, lead-lined and bullet resistant doors. Hardware and frame coordination services are available.
For further information about Lambton Doors and our products, please visit our Web site at www.lambtondoors.com
LD-V02 YT 02/2017
Corporate Overview
LD-V01 02/2010
LAMBTON DOORS develops, manufactures and sells high quality and value added interior wood doors and frames of standard and ecological types for the high-end residential, commercial, architectural and institu- tional markets.
Some of our doors and frames are certified fire-resistant up to 90 minutes. In addition it is possible to coordinate the type of veneer and the design of your frames with your doors. Fire-rated • STC • Lead-lined • Bullet-resistant •
S E R I E S Env ro Design TM
Even though our standard products are always available, 1998 marked the beginning of a new green revolution beneficial to the company. Today all of our manufacturing procedures, from the treatment of the waste in the fac- tory to the finished product, are designed to respect the environment and to be in harmony with nature. Several of our products, such as those of the EnviroDesign Series TM with No Urea Formaldehyde, contribute to the calculation of points for projects in different categories leading up to a LEED ® certification.
S E R I E S Env ro Design TM
LAMBTON DOORS has carried out many projects throughout North America as well as others internationally. We offer a vast choice of doors and frames for various types of construction: Government and military buildings, head offices, sports complexes, hospitals, hotels, condominiums and offices, schools, colleges, universities, banks and courthouses. We also offer a range of products for the high-end residential market.
Commercial, architectural and institutional
LifeStyle Collection Residential high-end
It is noteworthy that LAMBTON DOORS has set up a rigorous system of standardization and control of its manufacturing procedures, that we offer exclusively doors of maximum i endurance since the frame is entirely bonded to the core, that our doors are perfectlyiii calibrated and that we use only composite wood such as laminated wood fiber.ii This explains why all of our products are guaranteed for life, regardless of the door structure.
LAMBTON DOORS started its operations in 1947. Situ- ated on the border between the Eastern Townships and the Beauce in Quebec, Canada, we employ two hun- dred people. A wide variety of literature is available on demand. You can also visit our Website for more information. www.lambtondoors.com
Customer Service Telephone 418 486.7401
The mission of Lambton Doors is to develop, manufacture and sell high quality and value added interior wood doors and frames, of standard and ecological types, for the commercial, architectural and institutional markets. These doors and frames meet the various North American building codes, as well as environmental codes when applicable, while respecting the customers’ requirements.
1 800 463.3124 (CAN) 1 800 363.2248 (USA) Fax 418 486.7381 1 800 561.7443 (CAN/USA) Web
www.lambtondoors.com [email protected] Architects and Designers You can also directly reach us at [email protected] Mail 235, 2 nd Avenue, Lambton (Quebec) G0M 1H0 Canada
Active member of the planetary ecological movement
We believe in protecting ecosystems and the people
We believe in a transformed built environment contributing to a sustainable future.
We believe in Good Forestry Stewardship Practices.
and wildlife that depend on them.
The FSC logo identifies products which contain wood from well-managed forests certified in accordance with the rules of the Forest Stewardship Council A.C.
Think Green!
Associations and Certifications LAMBTON DOORS enthusiastically supports the work of professional associations recognized by the construction industry, especially those representing the commercial and architectural wood door industry in North America. We are aware that these associations play an essential role in promoting growth for all economic stakeholders operating in the sector. We therefore believe that our memberships and certifications with these organizations are one indicator of our commitment and desire to maintain, improve and promote the development and manufacture of long-lasting high-quality products.
We are a member and are certified with the following organizations.
Environmental Product Declaration
Lambton doors
Product Description Type III environmental declaration developed according to ISO 21930 and 14025 for 5-PC-ME Particleboard Core Doors manufactured at Lambton Doors.
Issued November, 2015 Valid until November, 2020
5-PC-ME PARTICLEBOARD CORE DOOR
This EPD is a Cradle-to-Grave life cycle assessment of the potential environmental impacts of the product that was conducted in accordance with ISO 14044.
DESCRIPTION OF THE PRODUCT
Producer The mission of Lambton Doors is to develop, manufacture and sell high quality and value added interior wood doors and frames, of standard and ecological types, for the commercial, architectural and institutional markets. These doors and frames meet the Architectural woodwork standards-ED-2 W.D.M.A. SERIES I.S.1-A-2013 ASTM D5456-09 ANSI A208.1. The 5-PC-ME includes recycled content (LEED MRc4.1, 4.2). Product description The commercial door 5-PC-ME is an interior wooden door that can be used in non-residential constructions. Main components for the faces are hardwood veneer, for aesthetics, and fiberboard (HDF), to ensure veneer dimensional and physical integrity. The core is composed of structural composite lumber (SCL), more specifically laminated strand lumber (LSL), hardwood and particleboard. The adhesive used for assembling door components, i.e. faces and core, is polyvinyl acetate (PVAc). PVAc VOC emissions are inferior to 0.683 g/L. The product is finished with a UV curable coating on all surfaces.
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The core of the 5-PC-ME door is made of a particleboard with formaldehyde emissions ≤0.09 ppm.
Figure 1: Representation of 5-PC-ME wood doors
Dimensions: Thickness: 1-3/8” (35 mm), 1-3/4” (44 mm), 2” (51 mm), 2-1/4” (57 mm) Maximum size: 48” * 120” (1219 mm * 3048 mm)
Reference service life: 40 years
Material Composition for 1 wooden door
Amount (kg)
% of the total weight
Particleboard
31.90
63.1%
HDF
11.10
22.0%
LSL
4.00
7.9%
Wood veneer
1.36
2.7%
Hardwood slats
1.22
2.4%
Vinyl acetate
0.79
1.6%
UV Coating
0.18
<1.0%
TOTAL
50.54
100%
Packaging materials
Amount
LDPE
118 g/door
Pallet
20 door/pallet
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Life Cycle Assessment
Life cycle assessment (LCA) is a rigorous study of inputs and outputs flows over the entire life of a product or process and their associated environmental impact. The underlying peer-reviewed LCA supporting this EPD was performed by the Research Center for Renewable Materials (Laval University, Quebec City) for Lambton doors in 2014. The present LCA is cradle-to-grave, meaning that it includes raw material acquisition, product manufacturing, packaging, construction (shipping and installation), use and end-of-life. The cradle-to-grave processes are presented by Figure 2 . Transportation is represented by “T”.
Output from the system
Forest products extraction and production
Sawn hardwood T
LSL T
Particleboard T
HDF T
Veneer T
Emission to air, water, land
Edge production
Faces sanding
Core assembly
PVAc T
Faces assembly
Core sanding
Final assembly
Trimming
UV curable coating T
UV line
T
Plastic films
Machining
Wood pallet
T
Packaging
PRODUCTION
Input to the system
CONSTRUCTION
LANDFILLING
Use
T
Ressources (energy, electricity, water...)
Figure 2: Cradle-to-grave process flow diagram of 5-PC-ME doors
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Rawmaterial acquisition: This includes the materials used to produce the 5-PC-ME doors such as LSL, particleboard and HDF and veneer sheets, that are purchased by Lambton doors in customized sizes made specifically for their door product. This step also includes the production of PVAc glues and UV finishing. Product manufacturing: The only parts that require on-site transformation are hardwood edges made from sawn hardwood. The basic steps of door manufacturing are the assembly of door components, surface finishing and machining. The inputs and outputs of a door assembly are respectively electricity for the machinery (glue applicators, presses, trimming, sanding), dust and VOCs emission from glues. Packaging: The door undergoes two types of packaging before being shipped. The first is to protect the door with an plastic film. The second is to prepare pallets for shipping, where 20 doors are gathered and wrapped with stretch films. Transportation of packaging materials to the manufacturing plant, namely polyethylene films, stretch-films and pallet was considered.
Construction: This stage includes the delivery of the product to a building site, installation, as well as transport and disposal of plastic film and pallet in a landfill.
Use: Use of interior doors, in general, does not require energy or cleaning products such as detergents. No maintenance is required. This life cycle stage is empty.
End of life: At the end of their lives, most wood products are disposed into landfills in Canada (Statistics Canada, 2012). Therefore, a landfill of 100% has been considered in this study. The transportation from the building site to the landfill is considered in this stage. Functional unit The closure and separation of two rooms with a communicating surface to be filled of 2.13 m (7 ft) high by 0.91 m (3 ft) wide using a standard interior wooden door with a thickness of 44.5 mm (1,75 in), during the lifetime of the building. The functional unit does not include the possibility to open this volume and using it for passing through the wall. Reference flows Product service life of the door is 40 years. The building is 60 years. Then, the current door will be replaced once during the whole building life to fulfill the functional unit. Reference flows of all life cycle stages have been multiplied by 2.
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Data sources The LCA study collected primary data from Lambton doors manufacturing operations in 2012 continuously until 2014. When primary data were not available, the unit processes were selected from the ecoinvent v2.2 database. In unit processes, electricity grid mixes and transportation have been adapted to the specific context (Quebec, Canada, US or North-America). Besides all background unit processes from ecoinvent have been adapted to a North-American background grid mix. A report from the Consortium for Research on Renewable Industrial Materials (CORRIM) on prefinished engineered wood flooring manufacture has been used for the modeling of hardwood veneer production (Bergman and Bowe, 2011). The ecoinvent report on LCI of chemicals has also served as a reference for created chemical processes for coating (Althaus et al., 2007). The lifetime of the building was set as 60 years, in compliance with FPInnovations PCR. Cut-off rules According to the PCR, mass and energy flow contributing to less than 1% of the total mass or energy flow can be excluded, provided its environmental contribution is minor (<2%). However, no cut-offs have been applied in the calculations. Allocation For the door production, it has been possible to break down the majority of production processes to avoid allocation. Hardwood edges production is a multi-output process and mass allocation factors of 71% and 29% have been applied respectively to “hardwood edges” and co-product “wood residue”. Production of wood dust has been considered as a co-product of door production and economic allocation has been applied since wood dust is sold to another company. However, compared to doors prices, wood dust price is very negligible (factor 10-4) and allocation factors have been set to 100% and 0% for doors and dust respectively. Exclusions This LCA does not include hardware environmental impacts (production, transportation, nor installation). Geographical coverage This study is conducted in a Quebec context, as Lambton Doors is based in Quebec. Some background processes are representative of a North American context.
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Treatment of biogenic carbon In accordance with the PCR, carbon dioxide emissions released from the combustion of woody biomass during production are considered as global warming neutral. This does not apply to other emissions associated with wood combustion such as methane or nitrogen oxides that are considered to have a global warming potential. The amount of carbon stored in wood building products in use and in landfilled wood building products is considered GHG removals in CO 2 equivalents for cradle-to-grave EPDs. GWP credit for carbon storage has been calculated using the FPInnovations PCR Carbon Sequestration B2C Calculator. Figure 3 depicts how the 100 year timeframe was applied for the GWP calculation.
Building service life - 60 yrs
1 st door service life - 40 yrs
1 st door as waste in landfill - 60 yrs
2 nd door service life - 20 yrs
2 nd door as waste in landfill - 40 yrs
FPInnovations carbon sequestration tool temporal scale (years)
0
100
Figure 3: 5-PC-ME Net Global Warming Potential (GWP) Credit Calculation
Table 1 reports the different parameters used for calculating the net GWP credit for 5-PC-ME product.
Table 1: 5-PC-ME Calculated Net GWP Credit
Calculation parameters
Quantity for 1 st door
Quantity for 2 nd door
Total per FU (2 life cycles)
Oven dry mass (kg)
42.41
42.41
-
Carbon content of wood (%)
50
50
-
Installation waste (%)
0
0
-
Product service life (years)
-
40
60 1
Waste combusted (%)
0
0
-
Waste recycled (%)
0
0
-
Waste landfilled (%)
100
100
-
Initial greenhouse gas credit (kg CO 2 eq)
-77.75
-77.75
-
17.50
14.48
31.98
Total C0 2 emissions (kg CO 2 )
0.50
0.40
0.90
Total CH 4 emissions (kg CH4)
-47.67
-53.36
-101.03
Net GWP credit (kg CO 2 eq)
1 The 2 nd door is installed in the building at year 40 and reaches its end-of-life after 20 years as the building lifetime is estimated to be 60 years.
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LIFE CYCLE ASSESSMENT RESULTS
Environmental Impact Indicators Environmental impact indicators, namely global warming, acidification, eutrophication, smog creation and ozone depletion have been calculated using the North American impact assessment methodology TRACI v2.1 developed by the US EPA. The impact category indicators from TRACI are summarized in Table 2 . Total primary energy consumption has been determined using the Cumulative Energy Demand methodology 2 as a basis. The consumption of fresh water has been determined using the impact assessment methodology BEES+ v.4.03, more specifically its “water intake” indicator, as suggested in the PCR. A zero factor has been applied to “water, turbine use, unspecified natural origin”. Finally, material resource consumption and waste generation have been quantified from the inventory results. Table 2: Impact category indicators and reference substances of the TRACI methodology Impact category indicators Reference substance Description Global Warming kg CO 2 eq. Contribution to global warming for all the substances listed by the IPCC Acidification kg H + eq. Potential impact to increase acidity of soil and water systems Eutrophication kg N eq. Potential fertilization of a surface water where nutrient were previously scarce Smog kg O 3 eq. Potential impact on increasing smog Ozone kg CFC-11 eq. Potential impact on stratospheric ozone depletion
2 The method to calculate Cumulative Energy Demand (CED) is based on the method first published by ecoinvent version 1.01 and expanded by PRé Consultants for energy resources available in the SimaPro database. (Frischknecht et al. 2003).
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Cradle-to-grave impact assessment results Environmental impacts and life cycle inventory parameters for door 5-PC-ME are presented in Table 3 .
Table 3 : 5-PC-ME Environmental Impacts, Use of Resources, and Generation of Waste with 2 Life Cycles (Building reference life: 60 years. Product service life: 40 years)
Impact category indicator
Unit
Results per FU
Global Warming Potential
- 13.78
kg CO 2 eq
3
Acidification potential
0.47
kg SO 2 eq
Eutrophication potential
kg N eq
0.98
Smog creation potential
9.34
kg O 3 eq
Ozone depletion potential
kg CFC-11 eq
1.29.10-5
Total primary energy Non-renewable fossil
MJ
1479
Non-renewable nuclear
MJ
98.01
Renewable (solar, wind, hydroelectric and geothermal)
MJ
93.73
Renewable (biomass)
MJ
2891.00
Feedstock energy, renewable
MJ
1629.00
Total primary energy
MJ
6191.00
Material resources consumption Non-renewable materials
kg
61.41
Non-renewable materials (including fuels for energy)
kg
98.17
Renewable materials
kg
143.6
Fresh water
L
613.4
Wastes Waste generated
kg
170.9
Hazardous
kg
0.051
Non-hazardous
kg
170.8
Waste directly linked to product
kg
105.1
3 The GWP value provided in table 3 includes the GWP credit calculated in Table 1.
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Contribution of the life cycle stages The contribution of the different life cycle stages of the 5-PC-ME door to the environmental impacts is presented in Figure 4.
100%
1. Raw materials 2. Production 3. Packaging 4. Distribution 5. Use 6. End-of-life
80%
60%
40%
20%
0%
Global warming Ozone depletion Figure 4 : Contribution of the life cycle stages to the environmental impacts - 5-PC-ME Acidification Eutrophication Smog
Raw material acquisition is responsible for more than 60% of the impacts for four (4) impact categories. End-of-life is responsible for more than 80% of the impact on eutrophication. The impacts on GWP presented here do not take into account the GWP credit due to carbon sequestration in wood products: only GHG emissions emitted during the product life cycle are represented here, which corresponds to an impact of 87.25 kg-eq CO 2 . Figure 5 presents the contribution of the different life cycle stages of the 5-PC-ME door to the energy consumption. Raw material acquisition is the most energy-consuming stage (>60%), no matter the energy source. Figure 6 shows that 65% of the energy demand for 5-PC-ME doors come from renewable sources. Finally, raw material acquisition is responsible for 87% of the whole life-cycle water intake, as shown per Figure 7 .
10
100%
1. Raw materials 2. Production 3. Packaging 4. Distribution 5. Use 6. End-of-life
80%
60%
40%
20%
0%
Fossil
Nuclear
Biomass
Other renewables
Figure 5 : Contribution of the life cycle stages to the energy demand- 5-PC-ME
2%
Fossil Nuclear Biomass Other renewables
33%
63%
2%
Figure 6 : Primary energy consumption by sources - 5-PC-ME
4% 4%
5%
1. Raw materials 2. Production 3. Packaging 4. Distribution 5. Use 6. End-of-life
87%
Figure 7 : Contribution of the life cycle stages to the water consumption- 5-PC-ME
Additional environmental information Uniboard, particleboard manufacturer for door model 5-PC-ME, is certified against FSC certification. Huber engineered woods LLC, Lambton’s supplier for LSL, also holds a compliance certificate for FSC certification.
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References Althaus, H.-J., M. Chudacoff, R. Hischier, N. Jungbluth, M. Osses and A. Primas (2007). Life Cycle Inventories of Chemicals. ecoinvent report No8. Dübendorf, CH, E. Dübendorf, Swiss Centre for Life Cycle Inventories. 957pp. Bare, J. C. and T. P. Gloria (2008). Environmental impact assessment taxonomy providing comprehensive coverage of midpoints, endpoints, damages, and areas of protection. Journal of Cleaner Production 16: 1021-1035. Bergman, R. and S. Bowe (2011). Life-Cycle Inventory of manufacturing prefinished engineered wood flooring in the Eastern United States. CORRIM. 47pp. Cobut, Aline. (2014). Cradle to grave life cycle assessment - three models of commercial interior wooden doors. FPInnovations (2013). Product Category Rules. North American structural and architectural wood products. Version 1.1. 22pp. Frischknecht, R., N. Jungbluth et al. (2003). Implementation of Life Cycle Impact Assessment Methods. Final report ecoinvent 2000, Swiss Centre for LCI. Dübendorf, CH, www.ecoinvent.org. ISO (2006a). ISO 14025:2006 - Environmental labels and declarations. Type III environmental declarations -- Principles and procedures. ISO (2006b). ISO 14044. Environmental management -- Life cycle assessment -- Requirements and guidelines. Geneva, Switzerland, International Organisation for Standardisation: 46. Statistics Canada (2012). Waste management in Canada, in Human Activity and the Environment. Catalogue no. 16-201-X. Minister of Industry. Ottawa, ON, Canada. 46pp.
About this EPD
PCR: North American Structural and Architectural Wood Products. November 2011. Prepared by FPInnovations and available at www.fpinnovations.ca. TheLCAandtheEPDproducedbyVertimaandElliowithguidance fromFPInnovations.
Declared product Door 5-PC-ME Reference PCR Product Category Rules (PCR) for preparing an Environmental Product Declaration for North American Structural and Architectural Wood Products v1.1. FP Innovation May 2013. PCR Review was conducted by: Wayne Trusty, Wayne Trusty and Associates Limited [email protected] This declaration was independently verified in accordance with ISO 14 025 by INTERNAL EXTERNAL Lal Mahalle FPInnovations, 2665 East Mall,
Program Operator: FPInnovations 2665 East Mall Vancouver, BC V6T 1W5 1 (604) 224 3221 www.fpinnovations.ca
EPD Owner: LAMBTON DOORS 235, 2 ème Avenue Lambton, Qc G0M 1H0 1 (418) 486-7401
EPDs do not address all aspects of sustainability concerns. As an example, they do not cover the social impacts of a product, or the site-specific environmental impacts as would an environmental impact analysis. EPDs can be compared only if they are based on the same function and reference service life, quantified by the same functional unit in the form of their reference flows. EPDs from different programs may not be comparable. Type III environmental product declarations intended for business-to-consumer communication shall be available to the consumer at the point of purchase. 5-PC-ME product technical sheet and explanatory materials on the background LCA can be found at www.lambtondoors.com .
Vancouver, BC V6T 1W5 Issued November, 2015 Valid until November, 2020
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5 Ply Doors - Agrifiber Core (AG) - EnviroDesign™ Series by Lambton Doors
Health Product Declaration v2.0 created via: HPDC Online Builder
CLASSIFICATION: 081416
PRODUCT DESCRIPTION: THIS HPD COVERS LAMBTON DOORS' ENVIRODESIGN™ SERIES OF 5 PLY DOORS WITH AN AGRIFIBER CORE. IN PARTICULAR, IT COVERS THE FOLLOWING PRODUCT MODELS: 5-UFAG-EME/ECE/EBE, 5-FSAG- EME/ECE/EBE, 5-UFAG45-EME/ECE/EBE, 5-FSAG45-EME/ECE/EBE, 5-UFAGP45-EME/ECE/EBE, AND 5-FSAGP45- EME/ECE/EBE.PLEASE NOTE THAT THIS HPD DOES NOT COVER JAMBS AND FIXTURES.
Section 1: Summary
CONTENT INVENTORY Threshold per material 100 ppm 1,000 ppm
Based on the selected Content Inventory Threshold:
Residuals and impurities considered in 7 of 7 materials see Section 2: Material Notes see Section 5: General Notes
Characterized.................................................... Are the Percent Weight and Role provided for all substances? Screened......................................................... Are all substances screened using Priority Hazard Lists with results disclosed? Identified...................................................... Are all substances disclosed by Name (Specific or Generic) and Identifier?
Yes
No
Yes
No
Per GHS SDS Per OSHA MSDS Other
Yes
No
CONTENT IN DESCENDING ORDER OF QUANTITY
Number of Greenscreen BM-4/BM3 contents.......... 0 Contents highest concern GreenScreen Benchmark or List translator Score.............. LT-1 Nanomaterial............. No INVENTORY AND SCREENING NOTES: Lambton Doors' products do not contain impurities. Products have been screened at a 1,000 ppm level so that all potential residuals that could have existed in raw materials (wood, adhesives, agrifiber panel, wood panels and finishes), at that level, have been disclosed.
Summary of product contents and results from screening individual chemical substances against HPD Priority Hazard Lists and the GreenScreen for Safer Chemicals®. The HPD does not assess whether using or handling this product will expose individuals to its chemical substances or any health risk. Refer to Section 2 for further details.
MATERIAL | SUBSTANCE | RESIDUAL OR IMPURITY GREENSCREEN SCORE | HAZARD TYPE
AGRIFIBER DOOR CORE [ WHEAT STRAW UNK POLYMERIC MDI (PMDI) LT-UNK | RES | MUL | CAN ] LOW-EMITTING CROSSBAND (NO-ADDED FORMALDEHYDE) [ WOOD DUST - UNSPECIFIED UNK POLYMERIC MDI (PMDI) LT-UNK | RES | MUL | CAN SLACK WAX (PETROLEUM) LT-1 | CAN | MUL ] STILES AND RAILS [ WOOD FIBER - UNSPECIFIED UNK POLYMERIC MDI (PMDI) LT-UNK | RES | MUL | CAN PARAFFIN LT-UNK ] VENEER [ MAPLE UNK ] HARDWOOD EDGES [ MAPLE UNK ] ADHESIVES [ POLYVINYL ACETATE (PVA) LT- UNK ALUMINUM NITRATE, 9-HYDRATE LT-UNK | RES BUTYL CARBITOL ACETATE LT-UNK VINYL ACETATE LT-P1 | CAN | PHY | END | MUL ] UV FINISHES [ TRIPROPYLENE GLYCOL DIACRYLATE LT-P1 | EYE | SKI | AQU | MUL TALC LT-UNK | CAN MAGNESITE LT-UNK DIPROPYLENE GLYCOL DIACRYLATE LT-UNK BISPHENOL A-EPICHLOROHYDRIN ACRYLATE LT-UNK TRIMETHYLOLPROPANE TRIACRYLATE LT-UNK | EYE | SKI | RES SILICA, AMORPHOUS LT-UNK 1-PROPANONE, 2-HYDROXY-2-METHYL-1-PHENYL- LT-UNK QUARTZ LT-1 | CAN 1,6-HEXANEDIOL DIACRYLATE LT-P1 | EYE | SKI | MUL 2,2'-(METHYLIMINO)BISETHANOL LT-UNK | EYE ]
VOLATILE ORGANIC COMPOUND (VOC) CONTENT
CERTIFICATIONS AND COMPLIANCE Sustainable forestry: Forest Stewardship Council ®
VOC Content data is not applicable for this product category.
See Section 3 for additional listings.
Self-Published*
VERIFIER:
SCREENING DATE: November 29, 2016 EXPIRY DATE*: November 29, 2019
Third Party Verified VERIFICATION #:
RELEASE DATE: February 2, 2017
* or within 3 months of significant change in product contents
*See HPDC website for details
5 Ply Doors - Agrifiber Core (AG) - EnviroDesign™ Series Health Product Declaration Page 1 of 11 created via: HPDC Online Builder www.hpd-collaborative.org
Section 2: Content in Descending Order of Quantity
This section lists materials in a product and the substances in each material based on the Inventory Threshold for each material. If residuals or impurities from the manufacturing or extraction processes are considered for a material, these are inventoried and characterized to the extent described in the Material and/or General Notes. Chemical substances are screened against the HPD Priority Hazard Lists for human and environmental health impacts. Screening is based on best available information; "Not Found" does not necessarily mean there is no potential hazard associated with the product or its contents. More information about Priority Hazard Lists and the GreenScreen can be found online: www.hpd-collaborative.org and www.greenscreenchemicals.org.
AGRIFIBER DOOR CORE %: 62.2500 HPD URL: Inventory Threshold: 1000 ppm Residuals Considered: Yes Material Notes: Agrifiber board without any added formaldehyde.
WHEAT STRAW
ID:
%: 94.0000
GS: UNK
RC: PreC
NANO: NO
ROLE: Main component - Filler
HAZARDS:
AGENCY(IES) WITH WARNINGS:
None Found
No warnings found on HPD Priority lists
SUBSTANCE NOTES: The agrifiber board comes from different suppliers and can the agricultural fibers can be sourced either from wheat, rice, or cotton stalks. Wheat stalk has been used as baseline scenario.
POLYMERIC MDI (PMDI)
ID: 9016-87-9
%: 1.0000 - 5.0000
GS: LT-UNK
RC: None
NANO: NO
ROLE: Binder
HAZARDS:
AGENCY(IES) WITH WARNINGS:
RESPIRATORY
AOEC - Asthmagens
Asthmagen (G) - generally accepted
RESTRICTED LIST
US EPA - PPT Chemical Action Plans
EPA Chemical of Concern - Action Plan published
RESPIRATORY
US EPA - PPT Chemical Action Plans
Inhalation sensitizer causing asthma and lung damage
CANCER
MAK
Carcinogen Group 4 - Non-genotoxic carcinogen with low risk under MAK/BAT levels
RESPIRATORY
MAK
Sensitizing Substance Sah - Danger of airway & skin sensitization
SUBSTANCE NOTES: Polymeric Diphenylmethane Diilscyante (MDI).
LOW-EMITTING CROSSBAND (NO-ADDED FORMALDEHYDE) %: 23.7200 HPD URL: Inventory Threshold: 1000 ppm Residuals Considered: Yes Material Notes: Door crossband is a high-density fiberboard (HDF) without any added formaldehyde.
WOOD DUST - UNSPECIFIED
ID:
5 Ply Doors - Agrifiber Core (AG) - EnviroDesign™ Series Health Product Declaration Page 2 of 11 created via: HPDC Online Builder www.hpd-collaborative.org
%: 93.0000 - 97.0000
GS: UNK
RC: PreC
NANO: NO
ROLE: Main filler
HAZARDS:
AGENCY(IES) WITH WARNINGS:
None Found
No warnings found on HPD Priority lists
SUBSTANCE NOTES: See Material notes
POLYMERIC MDI (PMDI)
ID: 9016-87-9
%: 3.0000 - 5.0000
GS: LT-UNK
RC: None
NANO: NO
ROLE: Binder
HAZARDS:
AGENCY(IES) WITH WARNINGS:
RESPIRATORY
AOEC - Asthmagens
Asthmagen (G) - generally accepted
RESTRICTED LIST
US EPA - PPT Chemical Action Plans
EPA Chemical of Concern - Action Plan published
RESPIRATORY
US EPA - PPT Chemical Action Plans
Inhalation sensitizer causing asthma and lung damage
CANCER
MAK
Carcinogen Group 4 - Non-genotoxic carcinogen with low risk under MAK/BAT levels
RESPIRATORY
MAK
Sensitizing Substance Sah - Danger of airway & skin sensitization
SUBSTANCE NOTES: No-added formaldehyde resin
SLACK WAX (PETROLEUM)
ID: 64742-61-6
%: 0.0000 - 1.0000
GS: LT-1
RC: None
NANO: NO
ROLE: Hydrophobic agent
HAZARDS:
AGENCY(IES) WITH WARNINGS:
CANCER
EU - R-phrases
R45 - May cause cancer
CANCER
EU - GHS (H-Statements)
H350 - May cause cancer
CANCER
EU - REACH Annex XVII CMRs
Carcinogen Category 2 - Substances which should be regarded as if they are Carcinogenic to man
MULTIPLE
ChemSec - SIN List
CMR - Carcinogen, Mutagen &/or Reproductive Toxicant
MULTIPLE
German FEA - Substances Hazardous to Waters Class 3 - Severe Hazard to Waters
CANCER
EU - Annex VI CMRs
Carcinogen Category 1B - Presumed Carcinogen based on animal evidence
SUBSTANCE NOTES: See Material notes
5 Ply Doors - Agrifiber Core (AG) - EnviroDesign™ Series Health Product Declaration Page 3 of 11 created via: HPDC Online Builder www.hpd-collaborative.org
STILES AND RAILS HPD URL: Inventory Threshold: 1000 ppm Residuals Considered: Yes Material Notes: Stiles and rails are made of structural composite lumber %: 8.5200
WOOD FIBER - UNSPECIFIED
ID:
%: 93.0000 - 95.0000
GS: UNK
RC: None
NANO: NO
ROLE: Main component - Filler
HAZARDS:
AGENCY(IES) WITH WARNINGS:
None Found
No warnings found on HPD Priority lists
SUBSTANCE NOTES: May vary depending on product
POLYMERIC MDI (PMDI)
ID: 9016-87-9
%: 4.0000 - 6.0000
GS: LT-UNK
RC: None
NANO: NO
ROLE: Binder
HAZARDS:
AGENCY(IES) WITH WARNINGS:
RESPIRATORY
AOEC - Asthmagens
Asthmagen (G) - generally accepted
RESTRICTED LIST
US EPA - PPT Chemical Action Plans
EPA Chemical of Concern - Action Plan published
RESPIRATORY
US EPA - PPT Chemical Action Plans
Inhalation sensitizer causing asthma and lung damage
CANCER
MAK
Carcinogen Group 4 - Non-genotoxic carcinogen with low risk under MAK/BAT levels
RESPIRATORY
MAK
Sensitizing Substance Sah - Danger of airway & skin sensitization
SUBSTANCE NOTES: Polymeric Diphenylmethane Diisocyanate. Concentration may vary depending on product.
PARAFFIN
ID: 8002-74-2
%: 0.0000 - 1.0000
GS: LT-UNK
RC: None
NANO: NO
ROLE: Hydrophobic agent
HAZARDS:
AGENCY(IES) WITH WARNINGS:
None Found
No warnings found on HPD Priority lists
SUBSTANCE NOTES: May vary depending on product
VENEER
%: 2.9000
HPD URL:
Inventory Threshold: 100 ppm Residuals Considered: Yes Material Notes: Veneer are available in a multitude of wood species, but Maple has been chosen as baseline scenario
5 Ply Doors - Agrifiber Core (AG) - EnviroDesign™ Series Health Product Declaration Page 4 of 11 created via: HPDC Online Builder www.hpd-collaborative.org
MAPLE
ID:
%: 100.0000
GS: UNK
RC: None
NANO: NO
ROLE: Decorative layer
HAZARDS:
AGENCY(IES) WITH WARNINGS:
None Found
No warnings found on HPD Priority lists
SUBSTANCE NOTES: See Material notes
HARDWOOD EDGES
%: 2.6100
HPD URL:
Inventory Threshold: 100 ppm Residuals Considered: Yes Material Notes: Edges are made of hardwood from a variety of wood species, but Maple has been chosen as baseline scenario
MAPLE
ID:
%: 100.0000
GS: UNK
RC: None
NANO: NO
ROLE: Decorative edges
HAZARDS:
AGENCY(IES) WITH WARNINGS:
None Found
No warnings found on HPD Priority lists
SUBSTANCE NOTES: See Material notes
ADHESIVES
%: 0.1000 - 1.0000
HPD URL:
Inventory Threshold: 1000 ppm Residuals Considered: Yes Material Notes: Adhesives are used throughout the production line for assembly. They are all PVAc-based adhesives. PVAc = Polyvinyl Acetate
POLYVINYL ACETATE (PVA)
ID: 9003-20-7
%: 94.0000 - 99.0000
GS: LT-UNK
RC: None
NANO: NO
ROLE: Main constituent
HAZARDS:
AGENCY(IES) WITH WARNINGS:
None Found
No warnings found on HPD Priority lists
SUBSTANCE NOTES: Concentration may vary from a PVAc-based adhesive to another
ALUMINUM NITRATE, 9-HYDRATE
ID: 7784-27-2
%: 0.0000 - 6.0000
GS: LT-UNK
RC: None
NANO: NO
ROLE: Catalyst
HAZARDS:
AGENCY(IES) WITH WARNINGS:
RESPIRATORY
AOEC - Asthmagens
Asthmagen (ARs) - sensitizer-induced - inhalable forms only
SUBSTANCE NOTES: Only present in one of the three PVAc-based adhesives. Ranges from 1% to 6% in the actual adhesive.
5 Ply Doors - Agrifiber Core (AG) - EnviroDesign™ Series Health Product Declaration Page 5 of 11 created via: HPDC Online Builder www.hpd-collaborative.org
BUTYL CARBITOL ACETATE
ID: 124-17-4
%: 0.0000 - 3.0000
GS: LT-UNK
RC: None
NANO: NO
ROLE: Additive
HAZARDS:
AGENCY(IES) WITH WARNINGS:
None Found
No warnings found on HPD Priority lists
SUBSTANCE NOTES: Only present in one of the three PVAc-based adhesives. Ranges from 1% to 3% in the actual adhesive.
VINYL ACETATE
ID: 108-05-4
%: Impurity/Residual
GS: LT-P1
RC: None
NANO: NO
ROLE: Impurity/Residual
HAZARDS:
AGENCY(IES) WITH WARNINGS:
CANCER
IARC
Group 2b - Possibly carcinogenic to humans
PHYSICAL HAZARD (REACTIVE)
EU - GHS (H-Statements)
H225 - Highly flammable liquid and vapour
CANCER
EU - GHS (H-Statements)
H351 - Suspected of causing cancer
ENDOCRINE
TEDX - Potential Endocrine Disruptors
Potential Endocrine Disruptor
MULTIPLE
German FEA - Substances Hazardous to Waters Class 2 - Hazard to Waters
CANCER
MAK
Carcinogen Group 3A - Evidence of carcinogenic effects but not sufficient to establish MAK/BAT value
SUBSTANCE NOTES: Only present in one of the three PVAc-based adhesives. Under 0.1% in the actual adhesive.
UV FINISHES
%: 0.1000 - 1.0000
HPD URL:
Inventory Threshold: 1000 ppm Residuals Considered: Yes Material Notes: UV cured finishes (100% solids). Inventory of substances based on MSDSs of all four layers of product (1 layer = 1 UV curable product, 4 layers (4 products) in total). All products have been merged into one material to simplify the inventory.
TRIPROPYLENE GLYCOL DIACRYLATE
ID: 42978-66-5
%: 5.0000 - 60.0000
GS: LT-P1
RC: None
NANO: NO
ROLE: Reagent
HAZARDS:
AGENCY(IES) WITH WARNINGS:
EYE IRRITATION
EU - R-phrases
R36 - Irritating to eyes
SKIN IRRITATION
EU - R-phrases
R38 - Irritating to skin
SKIN SENSITIZE
EU - R-phrases
R43 - May cause sensitization by skin contact
ACUTE AQUATIC
EU - R-phrases
R51 - Toxic to Aquatic Organisms
5 Ply Doors - Agrifiber Core (AG) - EnviroDesign™ Series Health Product Declaration Page 6 of 11 created via: HPDC Online Builder www.hpd-collaborative.org
CHRON AQUATIC
EU - GHS (H-Statements)
H411 - Toxic to aquatic life with long lasting effects
SKIN IRRITATION
EU - GHS (H-Statements)
H315 - Causes skin irritation
SKIN IRRITATION
EU - GHS (H-Statements)
H317 - May cause an allergic skin reaction
EYE IRRITATION
EU - GHS (H-Statements)
H319 - Causes serious eye irritation
MULTIPLE
German FEA - Substances Hazardous to Waters Class 2 - Hazard to Waters
SKIN SENSITIZE
MAK
Sensitizing Substance Sh - Danger of skin sensitization
SUBSTANCE NOTES: Composition varies among layers
TALC
ID: 14807-96-6
%: 5.0000 - 10.0000
GS: LT-UNK
RC: None
NANO: NO
ROLE: Filler
HAZARDS:
AGENCY(IES) WITH WARNINGS:
CANCER
MAK
Carcinogen Group 3B - Evidence of carcinogenic effects but not sufficient for classification
SUBSTANCE NOTES: Composition varies among layers
MAGNESITE
ID: 546-93-0
%: 0.1000 - 1.0000
GS: LT-UNK
RC: None
NANO: NO
ROLE: Filler
HAZARDS:
AGENCY(IES) WITH WARNINGS:
None Found
No warnings found on HPD Priority lists
SUBSTANCE NOTES: Composition varies among layers
DIPROPYLENE GLYCOL DIACRYLATE
ID: 57472-68-1
%: 0.0000 - 60.0000
GS: LT-UNK
RC: None
NANO: NO
ROLE: Reagent
HAZARDS:
AGENCY(IES) WITH WARNINGS:
None Found
No warnings found on HPD Priority lists
SUBSTANCE NOTES: Composition varies among layers
BISPHENOL A-EPICHLOROHYDRIN ACRYLATE
ID: 55818-57-0
5 Ply Doors - Agrifiber Core (AG) - EnviroDesign™ Series Health Product Declaration Page 7 of 11 created via: HPDC Online Builder www.hpd-collaborative.org
%: 0.0000 - 60.0000
GS: LT-UNK
RC: None
NANO: NO
ROLE: Reagent
HAZARDS:
AGENCY(IES) WITH WARNINGS:
None Found
No warnings found on HPD Priority lists
SUBSTANCE NOTES: Composition varies among layers
TRIMETHYLOLPROPANE TRIACRYLATE
ID: 15625-89-5
%: 0.0000 - 10.0000
GS: LT-UNK
RC: None
NANO: NO
ROLE: Reagent
HAZARDS:
AGENCY(IES) WITH WARNINGS:
EYE IRRITATION
EU - R-phrases
R36 - Irritating to eyes
SKIN IRRITATION
EU - R-phrases
R38 - Irritating to skin
SKIN SENSITIZE
EU - R-phrases
R43 - May cause sensitization by skin contact
RESPIRATORY
AOEC - Asthmagens
Asthmagen (Rs) - sensitizer-induced
RESPIRATORY
AOEC - Asthmagens
Asthmagen (Rr) - irritant-induced
SKIN IRRITATION
EU - GHS (H-Statements)
H315 - Causes skin irritation
SKIN IRRITATION
EU - GHS (H-Statements)
H317 - May cause an allergic skin reaction
EYE IRRITATION
EU - GHS (H-Statements)
H319 - Causes serious eye irritation
SKIN SENSITIZE
MAK
Sensitizing Substance Sh - Danger of skin sensitization
SUBSTANCE NOTES: Composition varies among layers
SILICA, AMORPHOUS
ID: 7631-86-9
%: 0.0000 - 5.0000
GS: LT-UNK
RC: None
NANO: NO
ROLE: Nucleating agent
HAZARDS:
AGENCY(IES) WITH WARNINGS:
None Found
No warnings found on HPD Priority lists
SUBSTANCE NOTES: Composition varies among layers
1-PROPANONE, 2-HYDROXY-2-METHYL-1-PHENYL-
ID: 7473-98-5
%: 0.0000 - 5.0000
GS: LT-UNK
RC: None
NANO: NO
ROLE: Reagent
HAZARDS:
AGENCY(IES) WITH WARNINGS:
5 Ply Doors - Agrifiber Core (AG) - EnviroDesign™ Series Health Product Declaration Page 8 of 11 created via: HPDC Online Builder www.hpd-collaborative.org
None Found
No warnings found on HPD Priority lists
SUBSTANCE NOTES: Composition varies among layers
QUARTZ
ID: 14808-60-7
%: 0.0000 - 10.0000
GS: LT-1
RC: None
NANO: NO
ROLE: Filler
HAZARDS:
AGENCY(IES) WITH WARNINGS:
CANCER
IARC
Group 1 - Agent is Carcinogenic to humans
CANCER
US CDC - Occupational Carcinogens
Occupational Carcinogen
CANCER
CA EPA - Prop 65
Carcinogen (form-specific or based on limited exposure pathways)
CANCER
IARC
Group 1: Agent is carcinogenic to humans - inhaled from occupational sources
CANCER
US NIH - Report on Carcinogens
Known to be Human Carcinogen (respirable size - occupational setting)
CANCER
MAK
Carcinogen Group 1 - Substances that cause cancer in man
SUBSTANCE NOTES: Composition varies among layers
1,6-HEXANEDIOL DIACRYLATE
ID: 13048-33-4
%: 0.0000 - 10.0000
GS: LT-P1
RC: None
NANO: NO
ROLE: Reagent
HAZARDS:
AGENCY(IES) WITH WARNINGS:
EYE IRRITATION
EU - R-phrases
R36 - Irritating to eyes
SKIN IRRITATION
EU - R-phrases
R38 - Irritating to skin
SKIN SENSITIZE
EU - R-phrases
R43 - May cause sensitization by skin contact
SKIN IRRITATION
EU - GHS (H-Statements)
H315 - Causes skin irritation
SKIN IRRITATION
EU - GHS (H-Statements)
H317 - May cause an allergic skin reaction
EYE IRRITATION
EU - GHS (H-Statements)
H319 - Causes serious eye irritation
MULTIPLE
German FEA - Substances Hazardous to Waters Class 2 - Hazard to Waters
SKIN SENSITIZE
MAK
Sensitizing Substance Sh - Danger of skin sensitization
SUBSTANCE NOTES: Composition varies among layers
5 Ply Doors - Agrifiber Core (AG) - EnviroDesign™ Series Health Product Declaration Page 9 of 11 created via: HPDC Online Builder www.hpd-collaborative.org
2,2'-(METHYLIMINO)BISETHANOL
ID: 105-59-9
%: 0.0000 - 5.0000
GS: LT-UNK
RC: None
NANO: NO
ROLE: Reagent
HAZARDS:
AGENCY(IES) WITH WARNINGS:
EYE IRRITATION
EU - R-phrases
R36 - Irritating to eyes
EYE IRRITATION
EU - GHS (H-Statements)
H319 - Causes serious eye irritation
SUBSTANCE NOTES: Composition varies among layers
Section 3: Certifications and Compliance
This section lists applicable certification and standards compliance information for VOC emissions and VOC content. Other types of health or environmental performance testing or certifications completed for the product may be provided.
SUSTAINABLE FORESTRY
Forest Stewardship Council ®
CERTIFYING PARTY: Third Party APPLICABLE FACILITIES: 235 Second Avenue Lambton G0M 1H0 Quebec CANADA CERTIFICATE URL: http://info.fsc.org/details.php?id=a0240000005sQmLAAU&type=certificate&return=certificate.php CERTIFICATION AND COMPLIANCE NOTES:
ISSUE DATE: 2013- 09-20
EXPIRY DATE: 2018-09- 19
CERTIFIER OR LAB: Rainforest Alliance
Section 4: Accessories
This section lists related products or materials that the manufacturer requires or recommends for installation (such as adhesives or fasteners), maintenance, cleaning, or operations. For information relating to the contents of these related products, refer to their applicable Health Product Declarations, if available. HPD URL: No HPD link provided CONDITION WHEN RECOMMENDED OR REQUIRED AND/OR OTHER NOTES: Please consult Lambton Doors' website for more information on available accessories: http://www.lambtondoors.com/architects-space/technical-space/options-and-accessories/ ALL ACCESSORIES
Section 5: General Notes
See "INVENTORY AND SCREENING NOTES" for information on Residuals/Impurities.
5 Ply Doors - Agrifiber Core (AG) - EnviroDesign™ Series Health Product Declaration Page 10 of 11 created via: HPDC Online Builder www.hpd-collaborative.org
Section 6: References
MANUFACTURER INFORMATION
MANUFACTURER: Lambton Doors
CONTACT NAME: Keven Campagna
ADDRESS: 235 2nd Avenue
TITLE: R&D Supervisor
Lambton, Quebec G0M 1H0 Canada
PHONE: 4184867401
EMAIL: [email protected]
WEBSITE: www.lambtondoors.com
KEY
OSHA MSDS Occupational Safety and Health Administration Material Safety Data Sheet GHS SDS
Globally Harmonized System of Classi cation and Labeling of Chemicals Safety Data Sheet
Hazard Types AQU Aquatic toxicity CAN Cancer DEV Developmental toxicity END Endocrine activity EYE Eye irritation/corrosivity GEN Gene mutation
GLO Global warming MAM Mammalian/systemic/organ toxicity MUL Multiple hazards NEU Neurotoxicity OZO Ozone depletion PBT Persistent Bioaccumulative Toxic
PHY Physical Hazard (reactive) REP Reproductive toxicity RES Respiratory sensitization SKI Skin sensitization/irritation/corrosivity LAN Land Toxicity NF Not found on Priority Hazard Lists
GreenScreen (GS) BM-4 Benchmark 4 (prefer-safer chemical) BM-3 Benchmark 3 (use but still opportunity for improvement) BM-2 Benchmark 2 (use but search for safer substitutes) BM-1 Benchmark 1 (avoid - chemical of high concern) BM-U Benchmark Unspeci ed (insu cient data to benchmark)
LT-P1 List Translator Possible Benchmark 1 LT-1 List Translator Likely Benchmark 1 LT-UNK List Translator Benchmark Unknown (insufficient information from List Translator lists to benchmark) UNK Unknown (no data on List Translator Lists)
Recycled Types PreC Preconsumer (Post-Industrial) PostC Postconsumer
Both Both Preconsumer and Postconsumer Unk Inclusion of recycled content is unknown None Does not include recycled content
Other Nano Composed of nanoscale particles or nanotechnology
Declaration Level Self-declared Manufacturer’s self-declaration (First Party) Independent Lab Manufacturer’s self-declaration using results from an independent lab Second Party Verification by trade association or other interested party Third Party Verification by independent certifier Applicable facilities Manufacturing sites to which testing applies
The Health Product Declaration (HPD) Open Standard provides for the disclosure of product contents and potential associated human and environmental health hazards. Hazard associations are based on the HPD Priority Hazard Lists, the GreenScreen List Translator, and when available, full GreenScreen assessments. The HPD Open Standard does not provide an assessment of health impacts throughout the product life cycle. It does not provide an assessment of exposure or risk associated with product handling or use. It also does not address potential health impacts of: (i) substances used or created during the manufacturing process unless they remain in the final product, or (ii) substances created after the product is delivered for end use (e.g., if the product burns, degrades, or otherwise changes chemical composition). The HPD Open Standard was created and is maintained and evolved by the Health Product Declaration Collaborative (the HPD Collaborative), a customer-led organization composed of stakeholders throughout the building industry. The HPD Collaborative is committed to the continuous improvement of building products through transparency, openness, and innovation throughout the product supply chain. A disclosure completed in compliance with the HPD Open Standard is referred to as a “Health Product Declaration,” or “HPD.” The product manufacturer and any applicable independent verifier are solely responsible for the accuracy of statements and claims made in this HPD and for compliance with the HPD Open Standard noted.
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