Popular jewelry designer and instructor Scott David Plumlee shows readers how to create 24 intricate-looking earrings, bracelets, and necklaces at home with a new quick and easy soldering technique. An innovative new material is turning traditional soldering upside down. Scott David Plumlee, author of Handcrafting Chain and Bead Jewelry, teaches jewelry makers how to use a revolutionary new soldering paste and a small hand-held butane torch to create a range of seemingly complex but easily doable chain and bead designs at their kitchen table--no elaborate, expensive studio required. Scott's ingenious methods, clear instruction, and inspiring designs will give any aspiring jewelry maker the confidence to master this formerly intimidating technique.

Many crafters are interested in, but intimidated by soldering. Popular jewellery designer and instructor Scott David Plumlee shows readers how to use easy at-home soldering techniques to create more than 30 intricate-looking earrings, bracelets and necklaces. Scott David Plumlee, author of Handcrafting Chains and Bead Jewelry, teaches jewellery makers how to combine simplified soldering (using Argentium silver paste and a small hand-held butane torch) and wire-wrapping techniques to create a range of seemingly complex but doable chain and bead designs. The author's unique approach to combining beading, chain-making, wirework and soldering will appeal to a broad range of crafters.

The art of soldering—permanently joining metal components with a torch and solder—can open up a new world of creative possibilities for jewelry makers. In Hot Connections Jewelry, award-winning jewelry designer Jennifer Chin guides you through every step, from choosing a torch to basic techniques like sawing, filing, and riveting, as well as more advanced techniques like creating surface textures, setting stones, and using inlay. With 23 in-depth lessons and 15 stunning projects, as well as inspiring examples from contributing artists, Hot Connections Jewelry is your essential guide to unleashing your creativity and confidence in jewelry making.

Create amazing, fun and original sculptures using wire.

The wildly popular YouTube star behind Clean My Space presents the breakthrough solution to cleaning better with less effort Melissa Maker is beloved by fans all over the world for her completely re-engineered approach to cleaning. As the dynamic new authority on home and living, Melissa knows that to invest any of our precious time in cleaning, we need to see big, long-lasting results. So, she developed her method to help us get the most out of our effort and keep our homes fresh and welcoming every day. In her long-awaited debut book, she shares her revolutionary 3-step solution: • Identify the most important areas (MIAs) in your home that need attention • Select the proper products, tools, and techniques (PTT) for the job • Implement these new cleaning routines so that they stick Clean My Space takes the chore out of cleaning with Melissa’s incredible tips and cleaning hacks (the power of pretreating!) her lightning fast 5-10 minute “express clean” routines for every room when time is tightest, and her techniques for cleaning even the most daunting places and spaces. And a big bonus: Melissa gives guidance on the best non-toxic, eco-conscious cleaning products and offers natural cleaning solution recipes you can make at home using essential oils to soothe and refresh. With Melissa’s simple groundbreaking method you can truly live in a cleaner, more cheerful, and calming home all the time.

An illustrated introduction to the art of making jewelry, providing a review of metallurgy, describing basic and advanced techniques, examining various surfaces, and including step-by-step instructions for several projects.

DIVJewelry Lab uses brevity to ignite a passion for working the metals processes and learning about all the ways metal can be used. It provides aspiring metalsmiths and jewelry makers a way to learn fundamental techniques that is quick and fun. In addition to the basic skills such as sawing, drilling, soldering, and finishing, the book covers texturing, etching, rolling, coloring, patinas, forming, connections, findings, solders, bezels, rivets, and other experimental techniques. This is not a project book; rather, it is an approachable, unintimidating workbook that breaks metals processes down into very specific experiments, such as texturing or plastic deformation of metal, with no goal in mind other than to experience how metal moves. Readers learn to understand more about metal, how to master it, and gain a deep, thoughtful underlying appreciation for process and method, becoming entranced with finely crafting objects with great care./div

Electronic Connection Techniques and Equipment 1968–69 presents the methods and equipment used in the wide field of electronic connections. This book describes all connection methods, including automated systems and microelectronic interconnections. This text covers all aspects of electronic connections, such as the system selection parameters and applications, as well as information on reliability. This book provides information on a wide range of methods and equipment in use and available in the United States of America and in the United Kingdom. Information is also included on welding, smoldering, wrapping, bonding, and crimping. The materials are extensively illustrated with diagrams and photographs describing system, equipment, application, and operation. This book is a valuable resource for readers who are interested in the connection and interconnection of electronic components, equipment, and devices.

Popular Mechanics inspires, instructs and influences readers to help them master the modern world. Whether it’s practical DIY home-improvement tips, gadgets and digital technology, information on the newest cars or the latest breakthroughs in science -- PM is the ultimate guide to our high-tech lifestyle.

In this book long-time model maker Stan Bray describes the construction of a range of uncomplicated miniature steam engines, for construction by the model engineer.