Card Table Learn Inlay Techniques While Building This Beautiful Accent
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Frameless Cabinet Construction
Wolverine Brand Cabinetry Econ Line - Frameless Cabinet Specifications Cabinet and Door Design: Overlay doors and drawer fronts with 3/16” reveal Doors and drawers are soft close Wood options are Soft Maple, Red Oak, Knotty Oak, and Cherry in a variety of stain options Painted doors are MDF with 5 paint color options 4 door style options: Richmond, Madison, and Harvest door styles are 2 ¼” frame Reno door style is a slab door Slab drawer fronts – outside profile will match outside profile of door selected Cabinets up to 36” wide have bi-parting doors, no partition or center stile Base Cabinets: 18mm cabinet grade plywood sides, top, and bottom in birch with UV coating and PVC edge-banding ¼” birch plywood back with UV coating and ¾” hanging rail ¾” birch plywood full depth adjustable shelf with metal shelf pins Dovetail joined 5/8” solid maple drawer box with ½” bottom Blum full extension, soft close, under mount drawer slides Blum 3-way adjustable soft close hinges Cabinet sides are ¾” wide loose panels to be installed on site to sit flush with face of door / drawer Wall Cabinets: 18mm cabinet grade plywood sides, top, and bottom in birch with UV coating and PVC edge-banding ¼” birch plywood back with UV coating and ¾” hanging rail ¾” maple plywood full depth adjustable shelf with metal shelf pins Standard 12” deep wall cabinets Blum 3-way adjustable soft close hinges Cabinet sides are ¾” wide loose panels to be installed on site to sit flush with face of door / drawer Wall cabinet bottoms are natural birch . -
Dura Supreme Cabinet Comparison
Dura Supreme Cabinet Comparison Crestwood Designer Bria Alectra 4 Frameless or Frameless or “Full-Access” 3/4” X 1-1/2” Solid Hardwood Face “Full-Access” 6 Construction with 1 Construction Frames with I-Beam Construction Construction with coordinating PVC wood edge banding 2 edge banding 1/2” thick 3/4” thick 3/4” thick 2 End Panels Furniture Board or 1/2” Plywood Furniture Board or Furniture Board or 5 Plywood upgrade Plywood upgrade Plywood upgrade 1/2” thick 3/4” thick 3/4” thick 3 3 Top/Bottom Furniture Board or 1/2” Plywood Furniture Board or Furniture Board or Plywood upgrade Plywood upgrade Plywood upgrade 1 7 1/2” thick 1/4” MDF core 1/4” MDF core Furniture Board or 1/2” Plywood 4 Back with Hanging Rail with Hanging Rail Plywood upgrade Adjustable 3/4” thick 3/4” thick 3/4” thick Crestwood and Designer 5 Furniture Board or 3/4” Plywood Furniture Board or Furniture Board or Shelves Plywood upgrade Plywood upgrade Plywood upgrade Premium 5/8” solid Premium 5/8” solid 5/8” hardwood box 5/8” hardwood Drawer box Maple box with Maple box with 4 with furniture box with furniture dovetailed joints dovetailed joints 6 & Roll-out dovetailed joints dovetailed joints sanded & finished - sanded & finished - Shelves 6 eased top edge eased top edge Blumotion Soft Close Full Extension Undermount Glides Glides for drawers and roll-out shelves 2 7 Toe Kick 4 1/2” High x 3” Recess Finished to Match Maple Woodgrain Maple Woodgrain Maple Woodgrain 5 Cabinet Print or Maple Veneer Print or Print or Interior Maple Veneer with Natural Finish Maple Veneer Maple Veneer 3 with Natural Finish with Natural Finish with Natural Finish 7 Matching Wood Matching Wood Matching Wood Matching Wood 1 Finished Ends Veneer Veneer Veneer Veneer Fully Adjustable Fully Adjustable Fully Adjustable Fully Adjustable with Optional Soft with Optional Soft Hinges with Soft Close with Soft Close Bria and Alectra Close Close ©Dura Supreme Inc. -
P.Kothakota Department of Mechanical Engineering
VEMU INSTITUTE OF TECHNOLOGY::P.KOTHAKOTA NEAR PAKALA, CHITTOOR-517112 (Approved by AICTE, New Delhi & Affiliated to JNTUA, Anantapuramu) DEPARTMENT OF MECHANICAL ENGINEERING Engineering Workshop Lab Manual VEMU INSTITUTE OF TECHNOLOGY::P.KOTHAKOTA NEAR PAKALA, CHITTOOR-517112 (Approved by AICTE, New Delhi & Affiliated to JNTUA, Anantapuramu) DEPARTMENT OF MECHANICAL ENGINEERING Engineering Workshop Lab Manual Name:_____________________________________________ Reg. No:___________________________________________ Year/Semester:______________________________________ ENGINEERING WORKSHOP (19A03101) (Common to all branches) Course Objective: To familiarize students with wood working, sheet metal operations, fitting and electrical house wiring skills Course Outcomes: After completion of this lab the student will be able to 1. Apply wood working skills in real world applications. (L3) 2. Build different parts with metal sheets in real world applications. (L3) 3. Apply fitting operations in various applications. (L3) 4. Apply different types of basic electric circuit connections. (L3) 5. Demonstrate soldering and brazing. (L2) Wood Working: Familiarity with different types of woods and tools used in wood working and make following joints a) Half – Lap joint b) Mortise and Tenon joint c) Corner Dovetail joint or Bridle joint Sheet Metal Working: Familiarity with different types of tools used in sheet metal working, Developments of following sheet metal job from GI sheets a) Tapered tray b) Conical funnel c) Elbow pipe d) Brazing Fitting: Familiarity with different types of tools used in fitting and do the following fitting exercises a) V-fit b) Dovetail fit c) Semi-circular fit d) Bicycle tire puncture and change of two wheeler tyre Electrical Wiring: Familiarities with different types of basic electrical circuits and make the following connections a) Parallel and series b) Two way switch c) Go down lighting d) Tube light e) Three phase motor f) Soldering of wires LIST OF EXPERIMENTS WOOD WORKING 1. -
Wood Flooring Installation Guidelines
WOOD FLOORING INSTALLATION GUIDELINES Revised © 2019 NATIONAL WOOD FLOORING ASSOCIATION TECHNICAL PUBLICATION WOOD FLOORING INSTALLATION GUIDELINES 1 INTRODUCTION 87 SUBSTRATES: Radiant Heat 2 HEALTH AND SAFETY 102 SUBSTRATES: Existing Flooring Personal Protective Equipment Fire and Extinguisher Safety 106 UNDERLAYMENTS: Electrical Safety Moisture Control Tool Safety 110 UNDERLAYMENTS: Industry Regulations Sound Control/Acoustical 11 INSTALLATION TOOLS 116 LAYOUT Hand Tools Working Lines Power Tools Trammel Points Pneumatic Tools Transferring Lines Blades and Bits 45° Angles Wall-Layout 19 WOOD FLOORING PRODUCT Wood Flooring Options Center-Layout Trim and Mouldings Lasers Packaging 121 INSTALLATION METHODS: Conversions and Calculations Nail-Down 27 INVOLVED PARTIES 132 INSTALLATION METHODS: 29 JOBSITE CONDITIONS Glue-Down Exterior Climate Considerations 140 INSTALLATION METHODS: Exterior Conditions of the Building Floating Building Thermal Envelope Interior Conditions 145 INSTALLATION METHODS: 33 ACCLIMATION/CONDITIONING Parquet Solid Wood Flooring 150 PROTECTION, CARE Engineered Wood Flooring AND MAINTENANCE Parquet and End-Grain Wood Flooring Educating the Customer Reclaimed Wood Flooring Protection Care 38 MOISTURE TESTING Maintenance Temperature/Relative Humidity What Not to Use Moisture Testing Wood Moisture Testing Wood Subfloors 153 REPAIRS/REPLACEMENT/ Moisture Testing Concrete Subfloors REMOVAL Repair 45 BASEMENTS/CRAWLSPACES Replacement Floating Floor Board Replacement 48 SUBSTRATES: Wood Subfloors Lace-Out/Lace-In Addressing -
Section 400: Architectural Cabinets
Standing & Running Trim Section 300 ARCHITECTURAL CABINETS ARCHITECTURAL 300 SECTION © 2003 AWI/AWMAC - 8th Edition Quality Standards 400 116 Architectural Cabinets Section 400 Architectural Cabinets Architectural Cabinets Section 400 Section 400 Section 400 Selection and Specification Checklist Because most architecture, specification, and design firms have electronic master specifications in place, the AWI and AWMAC offer this quick checklist. A review of these items may help the design and specification team issue a complete and accurate contract document and avoid missing things vital to the successful completion of the project. The checklists are not considered a part of the Quality Standards for the purposes of compliance. Part 1. GENERAL 1.1. REFERENCES A. AWI/AWMAC Quality Standards Illustrated (QSI), current edition 1.2 SUBMITTALS A. Shop drawings: • Submit two copies; one of which will be returned with reviewed notations prior to commencement of work under this section. • Indicate plans and elevations, materials, surface grain directions, profiles, assembly methods, joint details, fastening methods, accessories, hardware, compliance with specified fire-retardant treatments, preservative treatments, and 400 schedule of finishes. 400 B. Finish samples: • When appropriate, submit one or more samples of veneer-on-substrate, 200 x 250 mm [8 x 10"] illustrating expected range of component finish color and/or grain. • When appropriate, submit one or more samples of solid lumber, 300 square centimeters [50 square inches] illustrating expected range of component finish color and/or grain. • The sample shall bear identification of the project, architect or designer, general contractor, woodwork manufacturer, items to which the finish applies and the system utilized to attain the finish. -
Serving Tray Materials and Tools
Serving Tray Free Plans to build a simple Serving Tray. Materials and Tools MaTerialS: • 1-1/4” brad nails • Edge banding, optional • Two – cabinet handles • Wood glue • Sandpaper (100, 150, 220 grits) • Finishing supplies (primer & paint, or stain, sealer) Tools: • Jigsaw, table saw, miter saw, or hand saw • Brad nailer • Drill • Pencil, ruler, square • Tape measure • Sander • Iron for edge banding • Edge banding trimmer or craft knife lumber: (will make two trays) • One – 2’ x 4 ’ x 1/2” PureBond plywood project panel AND: • One – 2’ x 4’ x 1/4” PureBond plywood project panel (the pieces will be laminated together to form one 3/4” thick piece of material - Mahogany and Cedar were used for the example) OR: • One – 2’ x 4’ x 3/4” PureBond plywood project panel Cut list: • Two – 3/4” PureBond plywood project panel at 13 1/2” x 17 1/2” – Bottom • Four – 3/4” PureBond plywood project panel at 3” x 13-1/2” – Ends • Four – 3/4” PureBond plywood project panel at 3” x 19” - Sides Notes: A two-tone tray can be created by laminating (gluing) a 1/4” piece of plywood to a 1/2” piece of plywood. The example uses 1/4” cedar on the inside and 1/2” mahogany on the outside. The pieces are then cut to size as one piece. Edge banding will be applied to the exposed FEATURING edges of the plywood prior to assembly. FORMALDEHYDE-FREE TECHNOLOGY Serving Tray STeP 1 Cut the pieces for the bottom and the ends. Secure the ends to the bottom using glue and 1-1/4” brad nails. -
Ornamental Floors Design and Installation
NATIONAL WOOD FLOORING ASSOCIATION TECHNICAL PUBLICATION No. B200 ORNAMENTAL FLOORS DESIGN AND INSTALLATION the basics of creating artistic wood flooring installations. Introduction: However, it is important to have the proper knowledge rnamental floors, in all their varied forms, about the tools required and how to use them before have become an increasingly popular choice attempting custom work. (See “Tools Required,” page 5.) Ofor many consumers who want to customize Also, while this publication will help the inexperienced their homes. The description “ornamental floors” cov- installer learn some basic concepts about custom work, ers a wide variety of options, some more difficult to the best way to become proficient is by hands-on appli- execute than others. These include feature strips, pat- cation of the techniques discussed. terned floors, hand-cut scroll work, laser-cut preman- Those wishing to become more proficient at installing ufactured inlays and borders, and mixed-media ornamental floors might do so by working with an expe- installations (involving metal, stone or tile with wood). rienced custom installer, or by attending specialized An ornamental floor may be as simple as a single, seminars designed to teach custom techniques. The 3 ⁄4-inch feature strip following the room’s perimeter. Or National Wood Flooring Association conducts such sem- it may be ornate and elaborate, involving thousands of inars periodically. Several NWFA members who have pieces that combine for a true work of art. The tech- shared their skills at NWFA installation-training semi- niques used to create these flooring effects are as var- nars and who have been honored with Floor of the Year ied as the contractors who practice them. -
The “Unknown” Maker of Marquetry Is Attributable As Buchschmid & Gretaux. I Hope You Will Publish This for Your Readers
The “Unknown” Maker Of Marquetry Is Attributable As Buchschmid & Gretaux. I hope you will publish this for your readers because it answers a question regarding an “unknown” maker of pieces owned by your previous readers. Like all antiques, these objects were made in the context of their times, and that context stays lost until somebody interested in it digs it up later. My wife and I purchased a piece of marquetry in 2018 from an online auction, local to Northern Virginia, in a lot with other home décor, described as “Germany scene wood inlay picture” shown in the attached pictures. Fig 1: Front of “Hildesheim Knochenhauer-Amtshaus”, 9 x 12 inches framed. 1 Fig 2: Rear view of original frame; note two labels, paper taping, horizontally grained wooden back, and two-pin triangular hanger. 2 Fig 3: Close-up of labels. My parents emigrated from Germany to the U.S. in the 1950s and eventually brought back lots of ‘German stuff’ passed through our family, that I grew up with. So what follows is based on not just objective facts, but also on the context of those facts that I experienced through immersion in a culture that my parents brought with them to the U.S. As with every piece, the question is always “who made it, and when?” Here, by answering the “when” first, the “who” becomes apparent. I. “WHEN” it was made Every detail is an important clue, but I draw your attention first to the labels on the back of each of the five (5) pieces, noting the following: 1) the misspellings of “INLAYD” and “COLRED” – this identical wording appears on two pieces found on your own website. -
Unit 1 .- . Carpentry
UNIT 1 .- .CARPENTRY Structure 1.1 Introduction Objectives 1.2 Timber 1.2.1 Market Sizes of Tiniber 1.2.2 ClassificiiLion of Wood 1.2.3 Some Common Timber and Their Characteristics~ses 1.2.4 Felling and Seasoning of Wood 1.2.5 Character-isticsof Good Timber 1.3 Carpentry Tools 1.3.1 Marking and Measuring 7'ot)ls 1.3.2 Holding Tool\ 1.3.3 Planning T(:cll\ 1.3.1 Cutting Touls 1.3.5 Chisels 1.3.6 Drilling and Boring Tools 1.3.7 Miscellanec~usTools 1.4 Wood Working Procedure 1.4.1 Selection and Laying Out 1.4.2 Marking 1.4.3 Planning 1.4.4 Chiscling 1 4.5 Drilling of Boring Holes 1.5 Wood Joints I 5.1 Tap Joints 1.5.2 Mortise and Tenon loint 1.5.3 Bridle loint 1.6 Aljaterial Selection 1.7 Joinery Materials I .7.1 Adhesives 1.7.2 Nails 1.7.3 Wood Screws 1.7.4 Bolts and Nuts 1.7.5 Dowels and Pegs 1.8 Safe Practices and Maintenance of Tools Carpentry is described as the technological process of making wooden components. It starts from a marketable fonn of wood and ends with a formation of useful value added finished product. The carpentry plays a vital role in the field of building work, furniture, cabinet-manufacturing, interior decoration, toy manufacturing and so forth. Joinery, the making of joints is one of the significant operations in all wood works. Workshop Technology Objectives Laboratory After going through this chapter you must be able to understand the process of converting timber to wood, identify and apply all the tools of carpentry, perform all carpentry operations such as marking, planing, cutting, chiseling, and finishing, make various types of joints, and make different types of wooden patterns used for foundrylmoulding. -
Design Guide
® DECKING & RAILING DESIGN GUIDE 1 WHAT ARE WE MADE OF? Live Your Best Life—Outdoors The Material Difference Your outdoor living space should be a reflection of your personal You know what’s best for your outdoor living space and your lifestyle. That’s why we offer three unique material types. While we could go into detail, we’ll let the charts below and on the next style. Traditional, square decks are just the jumping off point of how page do that for us. Simply choose what’s right for you. you can use TimberTech decking to elevate your outdoor living space. But where to start? That’s where TimberTech comes in; design and technology is at the core of everything we do. CAPPED POLYMER 4-SIDED CAPPED 3-SIDED CAPPED DECKING COMPOSITE DECKING COMPOSITE DECKING UNRIVALED DESIGN AND PREMIUM STYLE AND ATTAINABLE AND ATTRACTIVE PERFORMANCE PERFORMANCE Our products, backed by premium warranties, make your deck design better, stronger, smarter, and more beautiful. Browse this guide to start bringing your design vision to life. With a wide • The most advanced synthetic • Premium composite decking • Traditional composite decking material technology without the with the added protection of a with a synthetic cap on three variety of colors, wood grains, and widths to create unique designs, use of wood particles. fully synthetic cap on all four sides and monochromatic or • Impervious to moisture. sides. color-blended options. you’ll soon be enjoying your beautifully-updated deck. • 50-Year Limited Fade & Stain • Resistant to moisture • Surface protection from ® Warranty. with Mold Guard Technology. -
Magentify Wood Processing. Two Representative Examples
HIGHLIGHTS 2021 Magentify SAWING: Wood Burr-free cuts in aluminum and Processing. plastic profiles RUN-THROUGH: Our tools and services Join abrasive front materials make production processes with 6 times the edge life more efficient and improve the quality of the results. CNC: Practical tips for nesting of solid core panels Picture: Tamedia Media building, Zurich (CH) Photographer: Didier Boy de la Tour FINGER JOINTS IN A RUN-THROUGH PROCESS: Finger joint cutters for higher quality and longer edge life Frank Diez, chairman of the LEUCO executive board (on the left) and Daniel Schrenk, CEO for Sales and Marketing of LEUCO PREFACE Last year, the Corona pandemic presented The key to this ability is our enthusiasm to de- us with completely new challenges, which we velop and manufacture efficient and resource- will continue to face in 2021. Time and again, saving tools for the machining of a living, re- we have successfully demonstrated our innova- newable resource. tive and creative strength, especially in difficult Equipped with these characteristics and ex- times. In addition to the construction of a new perience, we will continue to be a competent hall for the production site in Beinheim (France) and reliable partner for you – our customers in and the new construction of the ServiceCenter industry and craft businesses. in Horb (Germany), we have also succeeded in LEUCO Tools and Services, your partner for further developing the area of digitalization. The economical processes and best results. topics of digital twins and e-commerce are just Magentify Wood Processing. two representative examples. LEUCO products and services – permanently available and accessible. -
Is Proud to Announce: an Exciting and Powerful New Woodworking
is proud to announce: An Exciting and Powerful New Woodworking Platform For the furniture maker, there is no better or more versatile tool for creating strong, beautiful wood joints. One tool, any wood joint! • Angled Mortise • Dado • Mortise Router Boss is available in 3 models • Angled T-Lap • Edge Lap • Open Slot Mortise with the difference between models • Angled Tenon • End Lap • Rabbet being length of the sliding bar • Bridle Joint • Groove • Raised Panel • Box Joint • Half-Blind Dovetail • Scarf Joint Sliding Max Max Model • Center Lap • Haunched Tenon • Sliding Dovetail Bar Clamping Travel • Compound Miter • Lap Miter • Splined Joint • Lock Miter • Tenon 360 36” 25” 28” • Loose Tenon • Through Dovetail 420 42” 31” 34” 470 47” 36” 39” 1-866-966-3728 [email protected] Introducing the Router Boss ... Router Boss converts a router into a precise milling machine for wood. It can do mortises, tenons, grooves, dadoes, through and blind dovetails, box joints, raised panels, miters, sliding dovetails and a whole lot more. It provides an unprecedented level of precision and versatility in working wood. Complete Creative Control The magic of Router Boss is in the creative way that it lets you work. It offers machine control without limiting your capabilities. There are no To put your Router Boss to work all confining templates, guide bushings or metal fingers. If you can conceive you need is a plunge router and some it, Router Boss can help you do it easier, faster and with greater control. bits. You can use the router and bits you currently own. Every Dimension Is Managed For joinery, being able to guide the router predictably and precisely is critical.