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* FAST DELIVERY * PRODUCT MIX * HUGE INVENTORY* INDUSTRIAL PANELS PINE PRODUCTS CEDAR PRODUCTS SYP Plywood Gorman Elite Boards Cedar Valley Shingle Panels Hardwood Plywood Clear Finished Knotty Pine Cedar Patterns–Raw/Finished Industrial Particleboard Glacier Lodge™ Family of Pine Prod. Clear & Knotty Cedar Bevels Lath Clear Pine Boards Deck Rail Balusters Lauan Underlayment #3 Pine Boards Clear Patterns, Boards & Dimension MDF (Medium Density Fiberboard) Primed Siding and T&G Knotty Boards & 5/4 MDO (Medium Density Overlay) Glacier Lodge™ Log Siding & Trim Decorator Shingles Native Rough Lumber White Pine Patterns Surfaced Dimension Knotty Patterns Particle Board Counter Tops Premium Furring Strips Knotty Ranch & Wavy Edge Bevels Particle Board – Industrial SYP Pine Patterns DECKING & RAILING Lattice—Heavy Duty Particle Board Stair Treads & Risers Radius Edge Decking KD Plyform – Pine BBOES Trex Decking & Railing Cedar Decking & Railing Cedar Shakes & Shingles Selex AC Sanded Plywood Signature Ipé Hardwood Deck & Rail Shims (Cedar) Selex StarBead Wild Hog Railing Sidewall Shingles EWP PRODUCTS 2x6 T&G Select Deck Board Split Rail Fencing Trus Joist TJI® Floor Joists DIMENSION LUMBER Timbers (R/S or S4S) ® Microllam LVL Beams Long Length Dimension Squares (R/S or S4S) Parallam® PSL Beams Crating Lumber WRC Rough Dimension Parallam® PSL Columns ENGINEERED SIDING & TRIM Coulson Engineered Cedar Pattern Parallam Plus® Treated PSL Beams James Hardie Fiber Cement Siding FASTENERS TimberStrand® LSL Beams Miratec Treated Composite Trim Eb-Ty™ Hidden Deck Fasteners TimberStrand® LSL Wall Framing *Primed & White Available Engineered Wood Lumber Connectors TimberStrand® 1-1/4" Rim/ Stringer Versatex® PVC Trim and Sheets Trex Hideaway® Hidden Fasteners TimberStrand® 1-1/8" iLevel™ Rim Board Extira Sign Board Cortex Screws & Plugs Weyerhaeuser Edge Gold® Flooring * Factory Finishing is Available * Trapeze Fasteners Glue Laminated Beams TREATED PANEL SIDINGS Pre-Cut Headers Fire Retardant Treated Lumber & Plywood Rough Sawn Plywood LVL 1-3/4" 2.0E FDN Treated Timbers & Plywood 4x8, 4x9 and 4x10 I-Joist Compatible Glulam Beams Foundation Treated Lumber & Plywood HOUSE WRAP & TAPE Ridgidply Glulam Pole Barn Columns DOUGLAS FIR Prime Wrap™ Moisture Barrier Glulam – Treated 24F Clear Fir VG S4S Prime Wrap™ Sheathing Tape Glulam Columns – Tall Wall Patterns Block-It Housewrap Advanced Building Products Simpson Strong-Tie® Fasteners Timbers (R/S or S4S) Squares (R/S or S4S) MortAir Vent Updated 3-13-19 CedAir Mat GRAND RAPIDS, MICHIGAN SALES OFFICE & DISTRIBUTION CENTER OWOSSO SALES OFFICE 800.442.8082 616.647.9004 Fax: 616.647.9014 MIKE ZEMLA 5528 Rusche Drive NW, Comstock Park, MI 49321-9551 517.977.5676 [email protected] Business Hours: 8 a.m. – 5 p.m. [email protected] .

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Use of Wood Residue in Making Reconstituted Board Products
University of Montana ScholarWorks at University of Montana Graduate Student Theses, Dissertations, & Professional Papers Graduate School 1959 Use of wood residue in making reconstituted board products Suthi Harnsongkram The University of Montana Follow this and additional works at: https://scholarworks.umt.edu/etd Let us know how access to this document benefits ou.y Recommended Citation Harnsongkram, Suthi, "Use of wood residue in making reconstituted board products" (1959). Graduate Student Theses, Dissertations, & Professional Papers. 3981. https://scholarworks.umt.edu/etd/3981 This Thesis is brought to you for free and open access by the Graduate School at ScholarWorks at University of Montana. It has been accepted for inclusion in Graduate Student Theses, Dissertations, & Professional Papers by an authorized administrator of ScholarWorks at University of Montana. For more information, please contact [email protected]. THE USE OF WOOD RESIDUE IN MAKING RECONSTITUTED BOMD HiODUCTS SUTHI HARNSOMJKRAM B.S.F., Unlveinsity of the Philippines, 1952 Presented in partial fulfillment of the requirements for the degree of Master of Forestry MONTANA STATE UNIVERSITY 1959 Approved Dean, Graduate School I 3 I960 Date UMI Number: EP34193 All rights reserved INFORMATION TO ALL USERS The quality of this reproduction is dependent on the quality of the copy submitted. In the unlikely event that the author did not send a complete manuscript and there are missing pages, these will be noted. Also, if material had to be removed, a note will indicate the deletion. UMT " DlM«litionP«ibWfca ^ UMI EP34193 Copyright 2012 by ProQuest LLC. All rights reserved. This edition of the work is protected against unauthorized copying under Title 17, United States Code.
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Builders Choice Moulding & Millwork Profile Guide
Moulding & Millwork profile guide OUR HISTORY OrePac is a family-owned and operated business, founded by the Hart family in 1976. Through strong leadership and a commitment to success, the company has grown into one of the premier distributors in the building industry. Trust, integrity and a dedication to excellence are the values most important to OrePac. That commitment can be found in the services we offer, the quality of the products we provide, and the way we treat our employees and customers. This dedication to our markets has enabled us to make a positive impact on the shelter industry and the communities we serve. DOMESTIC SOLUTIONS Located in the heart of Oregon’s Willamette Valley, OrePac Manufacturing (previously known as Dallas Planing Mill, Inc.) has been in operation since 1883. OrePac produces millwork products including Hemlock, Ponderosa Pine, Knotty Alder and many other hardwoods. CUSTOM PRODUCTS With the ability to produce custom patterns through CAD drawings, templates, and knives, we can meet all of your moulding needs in one facility. This makes OrePac Manufacturing a valuable resource to OrePac and its customers. DISTRIBUTION CENTERS Boise, ID Bozeman, MT CORPORATE Denver, CO Wilsonville, OR Ontario, CA MANUFACTURING Phoenix, AZ Dallas, OR Sacramento, CA DISTRIBUTION CENTERS Salt Lake City, UT Spokane, WA Tacoma, WA Wilsonville, OR TABLE OF CONTENTS MOULDING 101 5 Handling of Millwork 6 Common Moulding Applications 8 Species Types PROFILES 10 Base 18 Casing 26 Crown 30 Chair Rail, Hand Rail 32 Rounds 33 Stop 34 Stop, Square, Parting Strip, Screen Mould, Brickmould 35 Outside Corner, Lattice 36 Cove 37 Miscellaneous 40 Boards 45 Jambs, Frames 46 Mullion, Astragal 47 Particle Board Shelving, MDF Sheet Stock Moulding images5500 are S Federal not to scale Way | Boise, ID 83716 | T: 208-345-0562 | F: 208-343-4808 | www.orepac.comwww.orepac.com 3 4 Moulding images are not to scale HANDLING OF MILLWORK Unfinished Woodwork is Vulnerable! • Apply finish as soon as possible following the manufacturer’s finishing instructions.
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Development of Particleboard from Waste Styrofoam and Sawdust
18 ABDULKAREEM et al: DEVELOPMENT OF PARTICLEBOARD FROM WASTE STYROFOAM AND SAWDUST Development of Particleboard from Waste Styrofoam and Sawdust S. A. Abdulkareem1, S. A. Raji2, A. G. Adeniyi1* 1Chemical Engineering Department, University of Ilorin, Ilorin, Nigeria. 2 Civil Engineering Department, University of Ilorin, Ilorin, Nigeria. ABSTRACT: The use of Plastic Based Resin (PBR) synthesised from waste Styrofoam as binder in the production of particleboard was the focus of this investigation. This study explored the properties of particleboard produced from sawdust wastes and PBR resin synthesized from waste Styrofoam. Three particleboard panels namely C1, C2 and C3 were prepared with 20%, 30%, and 40%, (v/v), respectively. PBR was synthesised via solvolysis of waste Styrofoam in a chosen solvent, and properly mixed with sawdust by simple mechanical stirring, using hand lay-up process in cold pressing to obtain the desired shapes. ASTM D-1037 standard was used to evaluate the physical and mechanical properties of the manufactured particleboards. Density, moisture content (MC), water absorption (WA), thickness swelling (TS), and mechanical properties i.e. modulus of elasticity (MOE) and modulus of rupture (MOR) of C2 and C3 were better than that of C1 particleboard and met the LD-1 requirement of ANSI A208.1. PBR from Styrofoam waste is confirmed as a good substitute for Urea or formaldehyde based resin presently used industrially. The properties of C2 and C3 synthesised are in tandem with the requirements of the ANSI A208.1 standards. KEYWORDS: styrofoam waste, plastic-based resin, particleboard, sawdust waste, curing. [Received December 16 2016; Revised March 27 2017; Accepted June 1 2017] I.
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PC18 Doc. 11.6
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Lumber and Related Products; a Base Syllabus on Wood Technology. Eastern Kentucky Univ., Richmond
4-f,r ' DOCUMENT RESUME ED 031 558 VT 007 859 Lumber and Related Products; A Base Syllabus on Wood Technology. Eastern Kentucky Univ., Richmond. Pub Date Aug 68 Note-108p.; From NDEA Inst. on Wood Technology (Eastern Kentucky UM, June 10-Aug. 2, 1968). EDRS Price MF-$0.50 HC-$5.50 Descriptors-*Building Materials, Curriculum Development, *Curriculum Guides, *Industrial Arts, Instructional Improvement, Lumber Industry, *Resource Materials, Summer Institutes, Teacher Developed Materials, Teacher Education, *Woodworking Identifiers-*National Defense Education Act Title XI Institute, NDEA Title XI Institute Prepared by participants in the 1%8 National Defense Education Act Institute on Wood Technology, this syllabus is one of a seriesof basic outlines designed to aid college level industrial arts instructors in improving and broadening the scope and .content of their programs. The primary objective of this course outhne is to point out the importance and the many uses of wood and wood products. Topics covered are: (1 )Lumber Grades and Sizes,(2)Plywood,(3)Veneer,(4)Fiberboard,(5) Particleboard,(6)Sheetboard,(7)InsulationBoard,(8)StructuralSandwich Construction,(9)Shingles,(10)Pulp and Paper,(11) Wood Flour,and (12) Cellulose-DerivedProducts.Mostunitscontain 'informationonmanufacturing processes, properties,types and grades, and uses of the products. Selected bibliographies are listed for each unit. The final section provides instructional aids, suggested projects and student activities, and materials and equipment needed for specific prolects. The document is &strafed with drawings, charts, and photographs. Related documents are available as VT 007 857, VT 007 858, and VT 007 861: (AW) ft; LUMBER BAS YLLABUS ON WOOD CHNOLOGY .:'Pre,pare4 by INSTITUTE.
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Mechanical Properties of Urea Formaldehyde Particle Board Composite
American Journal of Chemical and Biochemical Engineering 2018; 2(1): 10-15 http://www.sciencepublishinggroup.com/j/ajcbe doi: 10.11648/j.ajcbe.20180201.12 Mechanical Properties of Urea Formaldehyde Particle Board Composite Ejiogu Ibe Kevin 1, *, Odiji Mary Ochanya 2, Ayejagbara Mosunmade Olukemi 3, Shekarri Tachye Ninas Bwanhot 3, Ibeneme Uche 3 1Directorate of Research and Development, Nigeria Institute of Leather and Science Technology, Zaria, Nigeria 2Department of Chemistry, Ahmadu Bello University, Samaru, Zaria, Nigeria 3Department of Polymer Technology, Nigeria Institute of Leather and Science Technology, Zaria, Nigeria Email address: *Corresponding author To cite this article: Ejiogu Ibe Kevin, Odiji Mary Ochanya, Ayejagbara Mosunmade Olukemi, Shekarri Tachye Ninas Bwanhot, Ibeneme Uche. Mechanical Properties of Urea Formaldehyde Particle Board Composite. American Journal of Chemical and Biochemical Engineering . Vol. 2, No. 1, 2018, pp. 10-15. doi: 10.11648/j.ajcbe.20180201.12 Received : May 25, 2018; Accepted : June 7, 2018; Published : July 4, 2018 Abstract: Particle boards were prepared from sawdust and urea-formaldehyde resin (UFR) on compression moulding machine. The particleboards were produced at a compression temperature of 150°C; a pressure of 10tons was applied for 15 minutes. The amount of sawdust was kept constant at 20g while UFR was varied from 30ml, 35ml, 40ml and 45ml respectively. The control sample (CS) was the 50ml UFR without any saw dust. The properties of the particleboards were tested using ASTM methods. The results showed that the properties of the particleboards are a function of the percentage composition of the binder (resin) and the filler (sawdust). The results showed that as the URF content increased from 30ml to 45ml, the mechanical properties increased.
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Oriented Strand Board Industry Development in the South American Region - Main Challenges
Proceedings of the 51st International Convention of Society of Wood Science and Technology November 10-12, 2008 Concepción, CHILE Oriented Strand Board Industry Development in the South American Region - Main Challenges Victor Gaete-Martinez PhD Student University of Maine AEWC Center, Orono ME, USA. BSc, Forestry Science University of Chile [email protected]. Alejandro Bozo Associate Professor University of Chile, Santiago-Chile [email protected] Abstract Unlike North American (N.A.) and European markets, the oriented strand board (OSB) industry is currently in an introductory stage of development in South America (S.A.). Although OSB mills have been operating for more than five years in Chile and more recently in Brazil and Venezuela, the production levels and consumption remain far below those existing in more mature markets. In contrast particleboard and medium density fiberboard (MDF) industries had a very intense and fast development in the past for the same market and even under less favorable conditions. Even other structural wood composites have a more expanded development in the region, i.e. LVL. Although the remarkable structural properties of OSB and potential advantages over other building materials are well known, some factors disallowing a stronger positioning of the product exist. The objective of this research was to analyze the evolution of the OSB industry in the South American region and determine the obstacles and challenges that this industry currently faces. A comparative analysis was carried out between the N.A. and S.A. OSB market evolutions; cultural backgrounds; research and development (R&D) investment and initiatives as well as political and governmental influence.
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Sustainable Architectural Woodwork Materials
Product Guide Specification Specifier Notes: This product guide specification is written according to the Construction Specifications Institute (CSI) 3-Part Format, including MasterFormat, SectionFormat, and PageFormat, as described in The Project Resource Manual—CSI Manual of Practice, Fifth Edition. The section must be carefully reviewed and edited by the Architect to meet the requirements of the project and local building code. Coordinate this section with other specification sections and the Drawings. Delete all “Specifier Notes” after editing this section. Section numbers and titles are from MasterFormat 1995 Edition, with numbers and titles from MasterFormat 2004 Edition in parentheses. Delete version not required. SECTION 06400 (06 40 00) ARCHITECTURAL WOODWORK Specifier Notes: This section covers the following Kerfkore Bendable substrate materials: 1. Kerfkore (single sided, double sided) 2. Kerfkore Green (single sided, double sided) 3. Flexboard 4. Flexboard Green 5. Timberflex 6. Econokore Consult Kerfkore for assistance in editing this section for the specific application. PART 1 GENERAL 1.1 SECTION INCLUDES A. Bendable Products: Bendable Architectural Woodwork Materials 060500 (06 05 00) - 1 Specifier Notes: Edit the following list for the specified materials. 1. Kerfkore – substrate that enables lamination first with HPL, metal, veneer and other semi rigid materials and then bending down to 3-1/2”. Available with a semi rigid back side to keep the material stiff until the kerf is removed. 2. Kerfkore Green – NAF core (100% recovered and recycled). Substrate that enables lamination first with HPL, metal, veneer and other semi rigid materials and then bending down to 3-1/2”. 3. Flexboard – substrate that has a uniform and stable overlay that allows for traditional face lamination after forming with a radius of 10”.
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Pressboard, Particle Board And/Or Engineered Wood Furniture
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Evaluating the Warping of Laminated Particleboard Panels
7th Pacific Rim Bio-Based Composites Symposium Evaluating the Warping of Laminated Particleboard Panels Zhiyong Cai, Ph.D., P.E. USDA Forest Service Forest Products Laboratory One Gifford Pinchot Dr. Madison, WI 53726-2398 [email protected] ABSTRACT Laminated wood composites have been used widely in the secondary manufacturing processes in the wood panel industries. Warping, which is defined as the out-of-plane deformation of an initially flat panel, is a longstanding problem associated with the use of laminated wood composites. The mechanism of warping is still not fully understood. A new two-dimensional warping model based on mechanics of layered composites was introduced to simulate the warping behavior of laminated wood composites. Actual warping performances of veneered particleboard panels under different relative humidity environments were tested and compared with the predicted warping performances based on the two-dimensional warping model. The result indicted that the new warping model could be used to simulate the warping behavior of layered wood-based composites. Keywords: laminated, warping, wood composite, layered, simulation. INTRODUCTION Laminated wood composites have been used widely in the secondary manufacturing processes in the wood panel industries. Warping of wood-based composites is a long-standing problem associated with use of laminated wood composite panels. Warping is defined as the out-plane deformation of a panel from an initially flat condition (Suchsland and McNatt 1986). Severe warping of finished products has the potential to significantly increase the cost of manufacturing and lower the consumer’s confidence in using wood products. The Composite Panel Association (previously called the National Particleboard Association) considers warp to be the leading technical problem requiring further investigation (National Particleboard Association 1996).
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Physical and Mechanical Properties Evaluation of Particle Board
View metadata, citation and similar papers at core.ac.uk brought to you by CORE International Journal of Engineering Research in Africa Submitted:provided by2018-07-03 Landmark University Repository ISSN: 1663-4144, Vol. 40, pp 1-8 Revised: 2018-09-16 doi:10.4028/www.scientific.net/JERA.40.1 Accepted: 2018-09-17 © 2018 Trans Tech Publications, Switzerland Online: 2018-12-18 Physical and Mechanical Properties Evaluation of Particle Board Produced From Saw Dust and Plastic Waste Atoyebi Olumoyewa Dotun1,a*, Adediran Adeolu Adesoji2,b, Adisa Cephas Oluwatimilehin1,c 1Civil Engineering Department, Landmark University, Omu-Aran, PMB 1001, Kwara State. Nigeria. 2Mechanical Engineering Department, Landmark University, Omu-Aran, PMB 1001, Kwara State. Nigeria. [email protected] , [email protected] , [email protected] Keywords: Composites; Sawdust; Adhesive; Strength: Modulus; Plastic Abstract. The current work reports on the fabrication of composite matrix from saw dust (SD) and recycled polyethylene terephthalate (PET) at different weight ratio by flat-pressed method. Wood plastic composites (WPCs) were made with a thickness of 15 mm after mixing the saw dust and PET followed by a three phase press cycle. Physical properties (Density, Water Absorption (WA) and Thickness Swelling (TS)) and Mechanical properties (Modulus of Elasticity (MOE) and Modulus of Rupture (MOR)) were determined base on the mixing ratios according to the standard. WA and TS were measured after 2 h and 24 h of immersion in water. The results showed that as the density increased, the SD content decreased from 90 % to 50 % into the matrix. However, WA and TS decreases when the PET content increased in the matrix.
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