Watchmakers' and Jewelers' Practical Receipt Book A Workshop Companion: Comprising Full and Practical Formulae and Directions for Solders and Soldering, Cleaning, Pickling, Polishing, Coloring, Bronzing, Staining, Cementing, Etching, Lacquering
By C. E. Walker
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About this ebook
This vintage book contains a reference book of recipes and processes commonly used by watchmakers, jewellers, silversmiths, etc. Although old, much of the information contained within this volume is timeless and will be of considerable utility to modern craftsmen and enthusiasts. Contents include: Amber Cement, Jeweler's Armenian Cement, Acid Proof Cement, Alabaster Cement, Cement for Leather, Cement for Bisque Figures, Label Cement, Coral Cement, Cement for Acid Bottles, Glass and Metal Cement, Gutta Percha Cement, Cultery Cements, Cements for Ivory, Cements for China, Porcelain and Glass, etc. Many vintage books such as this are increasingly scarce and expensive. We are republishing this volume now in an affordable, modern edition complete with a specially commissioned new introduction. This book was first published in 1892.
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Book preview
Watchmakers' and Jewelers' Practical Receipt Book A Workshop Companion - C. E. Walker
WATCHMAKERS’ AND JEWELERS’
PRACTICAL RECEIPT BOOK
A WORKSHOP COMPANION.
COMPRISING FULL AND PRACTICAL FORMULAE AND DIRECTIONS FOR SOLDERS AND SOLDERING, CLEANING, PICKLING, POLISHING, COLORING, BRONZING, STAINING, CEMENTING, ETCHING, LACQUERING, VARNISHING, AND GENERAL FINISHING OF METALS, AS APPLIED TO THE WATCH AND JEWELRY TRADE. TOGETHER WITH ALL THE IMPORTANT ALLOYS USED BY THE TRADE AND MANY MISCELLANEOUS RECEIPTS.
Copyright © 2013 Read Books Ltd.
This book is copyright and may not be
reproduced or copied in any way without
the express permission of the publisher in writing
British Library Cataloguing-in-Publication Data
A catalogue record for this book is available from the
British Library
A History of Clocks and Watches
Horology (from the Latin, Horologium) is the science of measuring time. Clocks, watches, clockwork, sundials, clepsydras, timers, time recorders, marine chronometers and atomic clocks are all examples of instruments used to measure time. In current usage, horology refers mainly to the study of mechanical timekeeping devices, whilst chronometry more broadly included electronic devices that have largely supplanted mechanical clocks for accuracy and precision in timekeeping. Horology itself has an incredibly long history and there are many museums and several specialised libraries devoted to the subject. Perhaps the most famous is the Royal Greenwich Observatory, also the source of the Prime Meridian (longitude 0° 0' 0"), and the home of the first marine timekeepers accurate enough to determine longitude.
The word ‘clock’ is derived from the Celtic words clagan and clocca meaning ‘bell’. A silent instrument missing such a mechanism has traditionally been known as a timepiece, although today the words have become interchangeable. The clock is one of the oldest human interventions, meeting the need to consistently measure intervals of time shorter than the natural units: the day, the lunar month and the year. The current sexagesimal system of time measurement dates to approximately 2000 BC in Sumer. The Ancient Egyptians divided the day into two twelve-hour periods and used large obelisks to track the movement of the sun. They also developed water clocks, which had also been employed frequently by the Ancient Greeks, who called them ‘clepsydrae’. The Shang Dynasty is also believed to have used the outflow water clock around the same time.
The first mechanical clocks, employing the verge escapement mechanism (the mechanism that controls the rate of a clock by advancing the gear train at regular intervals or 'ticks') with a foliot or balance wheel timekeeper (a weighted wheel that rotates back and forth, being returned toward its centre position by a spiral), were invented in Europe at around the start of the fourteenth century. They became the standard timekeeping device until the pendulum clock was invented in 1656. This remained the most accurate timekeeper until the 1930s, when quartz oscillators (where the mechanical resonance of a vibrating crystal is used to create an electrical signal with a very precise frequency) were invented, followed by atomic clocks after World War Two. Although initially limited to laboratories, the development of microelectronics in the 1960s made quartz clocks both compact and cheap to produce, and by the 1980s they became the world's dominant timekeeping technology in both clocks and wristwatches.
The concept of the wristwatch goes back to the production of the very earliest watches in the sixteenth century. Elizabeth I of England received a wristwatch from Robert Dudley in 1571, described as an arm watch. From the beginning, they were almost exclusively worn by women, while men used pocket-watches up until the early twentieth century. This was not just a matter of fashion or prejudice; watches of the time were notoriously prone to fouling from exposure to the elements, and could only reliably be kept safe from harm if carried securely in the pocket. Wristwatches were first worn by military men towards the end of the nineteenth century, when the importance of synchronizing manoeuvres during war without potentially revealing the plan to the enemy through signalling was increasingly recognized. It was clear that using pocket watches while in the heat of battle or while mounted on a horse was impractical, so officers began to strap the watches to their wrist.
The company H. Williamson Ltd., based in Coventry, England, was one of the first to capitalize on this opportunity. During the company's 1916 AGM it was noted that ‘. . . the public is buying the practical things of life. Nobody can truthfully contend that the watch is a luxury. It is said that one soldier in every four wears a wristlet watch, and the other three mean to get one as soon as they can.’ By the end of the War, almost all enlisted men wore a wristwatch, and after they were demobilized, the fashion soon caught on - the British Horological Journal wrote in 1917 that ‘. . . the wristlet watch was little used by the sterner sex before the war, but now is seen on the wrist of nearly every man in uniform and of many men in civilian attire.’ Within a decade, sales of wristwatches had outstripped those of pocket watches.
Now that clocks and watches had become ‘common objects’ there was a massively increased demand on clockmakers for maintenance and repair. Julien Le Roy, a clockmaker of Versailles, invented a face that could be opened to view the inside clockwork – a development which many subsequent artisans copied. He also invented special repeating mechanisms to improve the precision of clocks and supervised over 3,500 watches. The more complicated the device however, the more often it needed repairing. Today, since almost all clocks are now factory-made, most modern clockmakers only repair clocks. They are frequently employed by jewellers, antique shops or places devoted strictly to repairing clocks and watches.
The clockmakers of the present must be able to read blueprints and instructions for numerous types of clocks and time pieces that vary from antique clocks to modern time pieces in order to fix and make clocks or watches. The trade requires fine motor coordination as clockmakers must frequently work on devices with small gears and fine machinery, as well as an appreciation for the original art form. As is evident from this very short history of clocks and watches, over the centuries the items themselves have changed – almost out of recognition, but the importance of time-keeping has not. It is an area which provides a constant source of fascination and scientific discovery, still very much evolving today. We hope the reader enjoys this book.
Contents
CEMENTS.
Amber Cement.
Jeweler’s Armenian Cement.
Acid Proof Cement.
Alabaster Cement.
Cement for Leather.
Cement for Bisque Figures.
Label Cement.
Coral Cement.
Cement for Acid Bottles.
Glass and Metal Cement.
Gutta Percha Cement.
Cutlery Cements.
Cements for Ivory.
Cements for China, Porcelain and Glass.
Enamel Dial Cements.
Cement for Emery Wheels and Sticks.
Cements for Celluloid.
Cement for Horn and Bone.
Cement for Jet.
Cement for Meerschaum.
Cement for Hard Rubber.
Opticians’ Cements.
Engraver’s Cement.
Fireproof Cement.
Metal Cement.
Strong Cement.
Gold and Silver Colored Cement.
Tortoise Shell Cement.
ENAMELS.
Enamel Fluxes for Colored Enamels.
Brown Enamel.
Green Enamel.
Light Red Enamel.
Dark Red Enamel.
Opaque White Enamel.
White Enamel.
Violet Enamel.
Rose Colored Enamel.
Purple Enamel.
Olive Enamel.
Blue Enamel.
Yellow Enamel.
Orange Enamel.
Enamels for Watch Dials.
Phosphorescent Enamel.
Fine Black Enamel.
Niello.
To Take Enamel Out of Work.
BRONZING, STAINING AND COLORING OF METALS.
Green Bronze for Brass.
Violet on Brass.
Orange on Brass.
Green on Brass.
Steel Gray on Brass.
Blue on Brass or Copper.
Dead Black on Brass.
Black Bronze for Brass.
To Frost Watch Caps and Plates.
To Frost Watch Plates.
To Frost Silver.
To Frost Polished Silver.
Silvering Copper and Brass.
Silver Plating.
Silver-Plating Fluid.
Simple Method for Silver Plating.
Silvering Receipt.
Silvering Small Iron Articles.
Cold Silvering of Metal.
Gold Tinge to Silver.
Imitation of Antique Silver.
Oxidizing Silverware.
Oxidizing Silver.
Oxidizing Silver Brown-black.
Oxidizing Silver Blue-black.
Pink Tint on Silver.
Dead White on Silver Articles.
To Whiten Silver Watch Dials.
Gold Yellow for Brass.
Coloring Copper.
Transparent Blue for Steel.
To Blue Steel.
To Bronze Steel.
To Blue Screws Evenly.
Aniline Bronzing Fluid.
Antique Bronzes.
To Color Soft Solder.
Silvering Tincture.
To Bronze Medals, etc.
Chinese Brown Bronze.
Antique Green.
To Cover Spots on Gold or Plated Articles.
Acid-Coloring Small Articles.
To Whiten Iron.
LACQUERS AND VARNISHES.
Lacquer For Silverware.
Lacquers For Brass.
Gold Lacquer for Brass.
Lacquer for Brass.
Transparent Lacquer.
Fine Pale Lacquer.
Simple Pale Lacquer.
Green Lacquer.
Red Lacquer.
Gold Lacquer.
Amber Lacquer.
Gold Lacquer on Iron.
Lacquer for Dials.
Lacquer for Steel.
Black Lacquer for Iron and Steel.
Lacquer for Metals.
Lacquer for Gypsum Figures.
CLEANING, PICKLING AND POLISHING.
Polishing Agents.
Polishing Powder for Gold.
Restoring the Color to a Gold or Gilt Dial.
Removing Spots on Gilding.
Cleaning Electro-Plate.
Cleaning Gold Tarnished in Soldering.
Cleaning Mat Gold.
Cleaning Watch Chains.
Silver Soaps.
Polishing Powder for Silver.
Cleaning Silverware.
Cleaning Silver Tarnished in Soldering.
Cleaning Silver Filigree Work.
Brass Polishes.
Magic Polish for Brass.
Polishing Paste for Brass.
To Clean Brass.
To Polish a Watch Wheel.
To Polish Jewel Settings.
Friction Polish on Steel.
Polishing Steel.
Removing Rust from Steel.
Removing Rust from Pinions.
Cleaning Files.
Removing Rust from Nickel.
Cleaning Nickel Plates.
Restoring the Color of Nickel Movements.
Polishing Aluminium.
Cleaning Clocks.
Bleaching Ivory.
Cleaning Ivory Ornaments.
Removing Stains from Watch Dials.
Fine Rouge.
French Polishing Powder.
Putty Powder.
Tripoli.
Pulz Pomade.
Pickling Solutions.
Cold Black Pickle for Brass.
Pickle for German Silver.
Pickling of Metals.
Pickle for Gold Alloys.
Scratch Brushing.
Mat Brushing.
Burnishers.
Burnishing Powder.
Cleaning Rags.
Cleaning Powder for Show Windows.
Cleaning Soiled Chamois Leather.
Cleaning Brushes.
Composition Files.
To Prepare Chalk.
Diamantine.
Vienna Lime.
SOLDERS AND SOLDERING.
Soldering.
Soldering Forceps or Repair Clamps.
Gold Solders.
To Solder Enameled Jewelry.
Enamel Solders.
To Preserve the Color of Gold.
To Prevent Discoloring of Silver.
Silver Solders.
Yellow Solder for Brass.
To Solder a Stay Spring.
To Solder Broken Broaches.
Solder for Aluminium.
To Solder German Silver.
Soldering Stone Set Rings.
Soft-Soldering Articles.
To Dissolve Soft Solder.
Soft Solder.
Hard Solders.
To Make Wire Solder.
Soldering Fluxes.
Jewelers’ Soldering Fluid.
Non-Corrosive Soldering Fluid.
Etching.
Grounds for Etching,
Etching Fluids for Brass.
Etching on Copper.
Etching Fluids for Silver.
Etching Fluids for Ivory.
Etched Signs for Jewelers.
Engravers’ Border Wax.
Stamp Ink.
Wax for Steel.
HARDENING, ANNEALING AND TEMPERING.
Hardening.
To Harden Steel in Petroleum.
Hardening Liquids.
Combined Hardening and Tempering.
Annealing.
To Anneal Small Steel Pieces.
To Soften a Spring.
To Soften Steel.
To Anneal Hardened Steel.
To Anneal a Staff or Pinion.
Tempering.
Bluing Pan.
To Temper Small Steel Articles.
Tempering Magnets.
To Temper Drills.
To Bend