Categories
Hand Tools Hollows & Rounds Moulding planes Practical techniques Richard Arnold

Richard Arnold’s glazing bars

When I have a bit of downtime, I sometimes log into my ‘webstats’, so see which posts (if any!) are considered to be popular on my blog.
Always in the top of the league was a rather ‘cobbled-together’ post about making sash and using ‘templets’ for coping the joints of your glazing bars.
Whilst at Richard Arnold’s open day the other day, I had the pleasure of seeing Richard use these sash templates and their associated planes and I will soon post a few pictures about the technique, because I think people are obviously a little confused as to how they are used.
In the meantime, however, I’d like to show a series of pics of Richard sticking glazing bars before he starts considering the joints, because there are two quite surprising things I learned from his technique. I hope you will also find them interesting.

Any idea what this is? No? it's the tip of a simple cutlery knife. Richard has cut it off and ground the edge to make it sharp. he uses it as a 'bench knife'. Now, I always thought a bench knife was a simple knife that might have been left lying around on a bench, something that might have been used for simple tasks.
Any idea what this is? No? it’s the tip of a simple cutlery knife. Richard has cut it off and ground the edge to make it sharp. he uses it as a ‘bench knife’. Now, I always thought a bench knife was a simple knife that might have been left lying around on a bench, something that might have been used for simple tasks.
But no, Richard explained. Once your stock for your glazing bar is captive at the front end of the sticking board, you need a moveable element that will hold the other end. Bearing in mind your stock will be different lengths, it needs to be simple. Bring forth the 'bench knife'. Here, Richard slots the sharp edge into the end of the stock.
But no, Richard explained. Once your stock for your glazing bar is captive at the front end of the sticking board, you need a moveable element that will hold the other end. Bearing in mind your stock will be different lengths, it needs to be simple. Bring forth the ‘bench knife’. Here, Richard slots the sharp edge into the end of the stock.
A few quick taps and that little blade is biting the stock and securing it to the sticking board. Note it is also small enough not to impede the use of your planes.
A few quick taps and that little blade is biting the stock and securing it to the sticking board. Note it is also small enough not to impede the use of your planes.
The glazing rebate is taken out with a sash fillister. Working from the outer face (which will in fact be on the inside of the window), the upper glazing rebate is worked.
The glazing rebate is taken out with a sash fillister. Working from the outer face (which will in fact be on the inside of the window), the upper glazing rebate is worked.
Cutting until the sash fillister bottoms out. You would work out the thickness you require for the glazing bead, then the rebate needs to be half the depth that is left once that thickness is taken away from the thickness of the stock.
Cutting until the sash fillister bottoms out. You would work out the thickness you require for the glazing bead, then the rebate needs to be half the depth that is left once that thickness is taken away from the thickness of the stock.
Richard flips it over and works the other side to the same depth.
Richard flips it over and works the other side to the same depth.
Now look. The glazing bead is slotted into a rebate on the sticking board to hold it securely. That also has a screw to hold it, but transversely. Interesting. I think Richard just tapped the bench knife back in again after this.
Now look. The glazing bead is slotted into a rebate on the sticking board to hold it securely. That also has a screw to hold it, but transversely. Interesting. I think Richard just tapped the bench knife back in again after this.
Out come the sexy sash-ovolo planes with dovetailed boxing. Ooh, matron! Do you know why these often came in pairs, which looked almost identical? it's not the reason you're thinking. You'll have to ask Richard.
Out come the sexy sash-ovolo planes with dovetailed boxing. Ooh, matron! Do you know why these often came in pairs, which looked almost identical? it’s not the reason you’re thinking. You’ll have to ask Richard.
Off he goes, shaping first side. The planes are sprung, but you still need to keep your eye very much on holding the correct profile.
Off he goes, shaping first side. The planes are sprung, but you still need to keep your eye very much on holding the correct profile.
Nearly there!
Nearly there!
Again, the bead is held by the rebate for working the other side.
Again, the bead is held by the rebate for working the other side.
A few more passes and you just have to make sure things look symmetrical. Easy for me to say, I was just snapping photos.
A few more passes and you just have to make sure things look symmetrical. Easy for me to say, I was just snapping photos.
All that remains is to take of any sliver that might be clinging to the meeting of the top bead. This can be done with an appropriately-sized hollow plane.
All that remains is to take of any sliver that might be clinging to the meeting of the top bead. This can be done with an appropriately-sized hollow plane.
Categories
George Ellis Moulding planes William Fairham

An open and shut case

Fairly busy with the day job at the moment, but in my spare time I’ve been reading some excellent woodworking books and been giving a bit of thought to how things open and close. The drawings and captions below are from the excellent ‘Woodwork Joints’ by William Fairham. Very interesting to see some variations in shutting joints described in details. So often you get your best impression of a piece of cabinetry by how well the doors or drawers close. I like the attention to detail and variation in these closing joints.

The joint here is a fairly intricate type, and is often used on jewellers' showcases. The end at the right hand is slightly rebated to receive the frame, and both the rail and the end are grooved with a plough plane. A separate bead is made and glued into the groove of the door frame (D), engaging the groove in the carcase end when the door is closed. The shutting stile and the end are worked with a hook joint (E), and if carefully made they are practically dust-tight.
The joint here is a fairly intricate type, and is often used on jewellers’ showcases. The end at the right hand is slightly rebated to receive the frame, and both the rail and the end are grooved with a plough plane. A separate bead is made and glued into the groove of the door frame (D), engaging the groove in the carcase end when the door is closed. The shutting stile and the end are worked with a hook joint (E), and if carefully made they are practically dust-tight.

This is a hook joint, used on good-class joinery and cabinet work. A pair of special wood planes are required to make the joint in a cheap and efficient manner. The cost of a pair of 5⁄8-in. hook joint planes is from 6s. to 8s. They are of similar size and general appearance to the ordinary ovolo moulding plane.
This is a hook joint, used on good-class joinery and cabinet work. A pair of special wood planes are required to make the joint in a cheap and efficient manner. The cost of a pair of 5⁄8-in. hook joint planes is from 6s. to 8s. They are of similar size and general appearance to the ordinary ovolo moulding plane.

This joint is a special type of hook joint as used on larger work. The joint may be made by using the plough plane, the rebate plane and a suitably-sized bead plane, the loose tongues being inserted as shown and fastened by screws and glue.
This joint is a special type of hook joint as used on larger work. The joint may be made by using the plough plane, the rebate plane and a suitably-sized bead plane, the loose tongues being inserted as shown and fastened by screws and glue.

This is a rebated joint with loose tongue-slip and astragal mould, suitable for frames over 11⁄4 in. in thickness. The loose tongue-slip is glued into the right-hand door frame.
This is a rebated joint with loose tongue-slip and astragal mould, suitable for frames over 11⁄4 in. in thickness. The loose tongue-slip is glued into the right-hand door frame.

This drawing shows a shutting joint used to prevent permeation of dust to the interior of a drawer. The drawer front is grooved and engages a suitably-formed slip which is screwed to the bearer as indicated in the illustration. Occasionally some difficulty is experienced when fitting the slip to a narrow drawer, but this can always be overcome by putting in the screws from the top of the bearer instead of from underneath.
This drawing shows a shutting joint used to prevent permeation of dust to the interior of a drawer. The drawer front is grooved and engages a suitably-formed slip which is screwed to the bearer as indicated in the illustration. Occasionally some difficulty is experienced when fitting the slip to a narrow drawer, but this can always be overcome by putting in the screws from the top of the bearer instead of from underneath.

One of the other books I’ve been reading is the superb ‘Modern Practical Joinery’ by George Ellis. In his book, Mr.Ellis writes with great clarity about on airtight case work. If you are one of those people (like me), who spends as much time studying the superb cabinets in museums as studying what’s inside them, it’s a very interesting chapter. I’ve made a pdf for download if you are interested to see it, as the book is now out of copyright.

I’ve seen various moulding planes over the years that can help you achieve dustproof joints and recently saw a lovely set of airtight case moulding planes, which I wish I had bought. If you have a proper set (they need to be paired planes), then I would be interested in seeing them. For the time being I’ll have to swoon over this lovely line-up until another set surfaces somewhere…
airtight case joint moulding planes

I would also be very keen to have the chance to study some good quality airtight cabinets built from the late 19thc and to take some photographs of details. Perhaps someone can help with access to the basements of London’s museums, or a kindly antique dealer might have a few dismantled carcases stored in a room. I know the renowned makers Holland & Sons of Mount St were supposedly charged with making good cabinets for some of London’s museums. However, the last time I saw some of their work for sale, the prices suggested there won’t be many of those left lying around!

In the meantime, big thanks to a reader of the blog by the name of Tom Kenyon. He read this post and suggested other readers might benefit from reading the chapter on making airtight cases from Volume 7 of The Modern Carpenter and Joiner and Cabinet Maker edited by G Lister Sutcliffe and published in 1902. He’s right, the drawings are superb and are paired with excellent explanatory copy. He has been kind enough to provide me with scanned pages as a downloadable pdf (10.5mb). Thanks Tom. (I think this is out of copyright now, so is ok to share for educational purposes).

(Addition)
Pictures below show a group of 9 airtight case-making moulding planes by MOSELEY of London, part of a private MOSELEY collection.

Moseley Airtight Planes 1

The gentleman’s ‘curio cabinet’ of the 19th century was developed and enlarged by museums to house their exhibits. Well before the days of air conditioning and effective chemical methods of conservation the main emphasis was placed on reducing the flow of air and associated dust and damp which could otherwise lead to the decay or degradation of fragile exhibits. Hence the airtight joint was adopted by the museum sector.

Moseley Airtight Planes 2
Moseley Airtight Planes 3

This group includes a set of three planes to make single joints plus a set of three to make double joints. Because of the accuracy required all planes were fenced. A fourth plane, the combined hollow and fillet, was used to form a separate piece inserted to the head and foot of the case and forming a stop.

Moseley Airtight Planes 4
Moseley Airtight Planes 5

The other type of plane required to form the joints where the door stiles meet is the hook joint plane, this group includes the two fully boxed and long brass fenced examples shown above and below.
Moseley Airtight Planes 6

Airtight planes sometimes appear, mainly as single items and rarely in completes sets in excellent condition such as these.

Moseley Airtight Planes 7

Further details on airtight case-making and these specialist planes by Mark Rees can be found in The Tool and Trades History Society’s Journal No.4 from 1987.

Categories
Cox & Luckman Hollows & Rounds Moulding planes Tool Makers

Cox & Luckman

Cox & Luckman Hollow and Round half-set
Cox & Luckman began making planes on Darwin St in Birmingham in 1839. In 1876, however, the firm became known as Cox, Luckman, & Son. The company was a well-known manufacturer of planes and tools , but also of fire-iron and fenders. From 1855 they are also listed as producing weighing machines and bedsteads.

According to the Furniture Gazette published March 10, 1883:

The firm of Cox, Luckman, & Son, Birmingham, fire-iron manufacturers has become dissolved by the retirement of Mr. George Luckman. The business will however be continued…. and the style of the firm will be Cox, Luckman, & Sons”.

Cox & Luckman Hollow and Round half-set
Cox & Luckman Hollow and Round half-set
I was recently offered a complete half-set of hollow and round planes, stamped with the former name, ‘Cox & Luckman’, dating these planes between 1839-1876, which is a pretty wide spread. I’d love to know a bit more detail about this firm if anyone has access to more details, ideally narrowing the date when these planes might have been made. The planes are in excellent condition, coming from a carpenter’s workshop and having been stored in dry conditions. Great to find a complete half-set from another renowned Birmingham maker, they are as good, if not better, than the Routledge set I found.

Categories
Christopher Gabriel Hackney London Moulding planes Planes Tool Makers

Christopher Gabriel – Planemaker (1746-1809)

Christopher Gabriel plane stamp

Another name that comes up frequently in tool sales is, of course, Christopher Gabriel. For those wishing to read in detail about the planemaker, I can do no better than refer to the excellent book, Christopher Gabriel and the Tool Trade in 18th Century London by Jane and Mark Rees. There is also a great set of papers on Gabriel on Google Books, Eighteenth Century Woodworking Tools by James.M.Gaynor. However, I recently stumbled on the article below, which gives a good abbreviated account of his career.

(This article was scanned from the July 1994 issue of ToolTalk.)

The story of Christopher Gabriel is the traditional tale of the poor boy who made good. Christopher was born on April 2, 1746, in Falmouth, a coastal town in Cornwall, England. Falmouth is a small town at the furthest southerly tip of Great Britain, near Land’s End. The record is not absolutely clear, but it is almost certain that his parents were Thomas Gabriel and Jane Hocking who are known to have been married in Falmouth on July 31, 1742. (That Christopher named his first son Thomas as was the tradition in those days, provides additional evidence that Thomas was his father.)

The boy, Christopher, grew up in Falmouth and was given an education which seems to have been adequate for the times. He attended school through age twelve, which would, now-a-days, be considered to be through grade school.(ref 1) Christopher also received religious instruction but it seems that at first he was little interested in it. There is a report that his mother was upset that he did not take to religion and she used to cry over him.(ref 2) There is still in existence in the family, Christopher’s exercise book in which he has written “Christopher Gabriel his Book”. In an updated entry he wrote that he tried “to avoid Public Worship with idle excuses.” Church services in those days took stamina, often lasting from morning to night with breaks for lunch and dinner. His exercise book, for example, has these notations, “30th May, 1756, went to church in the morning, Rev. Mr. Walters preached on Romans Ch. 1. Went to church in afternoon, he preached on Romans Ch. 12” and, he concludes with the comment that in the evening, “Rev. Mr. Walker preached on Jeremiah Ch. 9”.(ref 3) Mother need not have worried because Christopher ultimately became quite a devout Methodist. Every Sunday he would walk the 30 mile round trip to the neighboring village of St Agnes to attend church.

Shortly before he turned thirteen, which would have been about 1759 (no child labor laws then), he was apprenticed to a local master carpenter, recorded as Mr. Barnicot (ref 4) Apparently the master trained this apprentice well, as we can assume by Christopher’s later successes. The apprenticeship, of which we know very little was, apparently, routine. It ended in 1766 coinciding with the time Christopher turned 20 and which was also the end of the usual seven year term of a carpenter’s apprentice.

Christopher continued to live in Falmouth for 2 more years before the call of the big city became irresistible and he decided to try his luck in London (ref 5). One can but wonder if there are any Gabriel/Falmouth planes in existence or if he took up this trade after his move to London. Near the end of 1768 or the first of ’69, Christopher left Falmouth on foot He walked the nearly 200 miles to London, carrying everything he owned in a sack. A London newspaper article of about 1857 tells that Christopher, “came from Cornwall to seek his fortune in the great City whose streets were fabled to be paved with gold.”

Christopher had no sooner arrived in London than he met Alice Trowell who was very soon to become his wife, She had been born on June 24, 1743 in Soham, Cambridgeshire, living on a farm about nine miles out of town from the time she was ten until her father’s death seven years later. Alice had four years of schooling and could read and write well. (ref 6)

Christopher and Alice apparently met through their common interest in the teachings of John Wesley, founder of the Methodist Church. It must have been a whirlwind romance because they were married in March of 1769 at St. John’s church, Clerkenwell. They set up house on Albermarie Street, Clerkenwell, and by the first of 1770, Gabriel began his business of planemaking. It has been speculated that Gabriel took over the shop of John Cogdell (ref 7). He prospered as a planemaker and lumber merchant over the next forty years.

Gabriel had some savings and he borrowed additional capital from his in-laws. He started his business in early 1770 with an investment of £ 131,1,8, On June 30, 1770 Gabriel’s responsibilities increased when his eldest child, Thomas, was born at home. Then came Christopher Junior in 1773 and Edward in 1779. There were also six children who died in infancy (ref 8).

The business did well. In 1774 Gabriel moved to a house in Golden Lane, London and in 1779 he moved again to a home he describes as “the new house built this year in Ould Street, valued at £320. (ref 9)

Business continued to prosper. On the day after his eldest son’s 21st birthday, Gabriel made up a summary of his net worth and he had accumulated what was for those days quite a fortune.

This account still exists and reads as follows: ACCOUNT OF PROPERTY JULY 1, 1791 (ref 10)

          Book Debts         £ 975, 1, 6
          Beach (lumber?) in warehouses in Ironmonger Row
          and New Street with labor to debtor £468, 8, 0
          Saw, Turkey Stone (Sharpening stone),
          Edge Tools & made up work £304, 18, 4
          Cultivated Wood, etc, in Old Street £41, 18, 10
          Cash in House £80, 0, 0
          Household Goods & Wearing apparel £126, 0, 0
          Utensils and implements in trade £60, 0, 0
          Estate in Old Street £346, 0, 0
          do. in Ironmonger Row £90, 0, 0
          do. in Connan Street £285, 0, 0
          do. in Thames Street £1100, 0, 0
          Rents from ditto due to Midsummer £34, 0, 0
          £ 3911, 6, 8
          Due to creditors £446, 16, 10

——————-

          £ 3444, 9,

Gabriel was making quite a name for himself. His planemaking business was then located at 32 Banner Street, Golden Lane. The following year he purchased a house in Banner Street for £370,9,6 and in 1793 he purchased the house next door for £200.11 While no other records are at hand regarding Gabriel’s property dealings, his Last Will and Testament lists 27 houses and commercial buildings. At the time of his will (Nov. 20, 1806) Gabriel recited that he lived in the Parish of Cripple gate, Bridgewater Square, London. This is the same neighborhood where the earliest known London planemakers, Thomas Granford & Robert Hemmings, are recorded12 To give the reader a picture of the value of money in those days, Gabriel left his sister a life income of £10 a year and his sister in law £5 a year but to be doubled if she was ever widowed13 Christopher Gabriel died in 1809, survived by his wife and three sons. His wife outlived him by only four months.

By April 10, 1798, Gabriel had taken his sons Thomas and Christopher, Jr. into the business which ultimately expanded into a busy lumber wholesale and importing business. The third son, Edward, was apprenticed to a goldsmith. In the early 19th century, the planemaking end of the business ceased and the family business was focused on the timber business at a location known as Gabriel’s Wharf, which was located across the Thames from the Tower of London between what are now the Waterloo and Blackfriars bridges. Ultimately the timber business included a fleet of barges and was a very successful operation. After Gabriel’s death, the business operated under the name of Thomas Gabriel’s and Sons, then as Thomas Gabriel Sons & Burton and was then located on Commercial Road, Lambeth. It survived until 1968 as Gabriel, Wade & English, Ltd. when it was bought out by a conglomerate.14

The family which descended from Christopher Gabriel became quite prominent in England and his grandson, Sir Thomas Gabriel (a member of the Goldsmiths family) became, first, the Sheriff of London and Middlesex in 1859 and the Lord Mayor of London in the years 1866-67.15 The name of Gabriel is still prominent in the news but in a way which could never have been imagined by old Christopher. The current international rock star, Peter Gabriel is a direct descendant from his planemaker ancestor.

Gabriel was an extremely prolific planemaker. It is amazing how many examples made by this 18th century maker are still to be found. Gabriel made good quality tools and according to Mr. Goodman, he was the innovator of several new plane designs.16 In this man’s opinion, every wooden plane collection should have at least one Gabriel plane: they are still available at reasonable prices, and it is a real pleasure to hold a 200 year old plane in your hands while you contemplate the life and times of Christopher Gabriel.

 

At Hackney Tools, we buy old, good quality woodworking tools. If you have any tools you would like to sell, please get in touch using the contact form on the home page.

Notes:

1. Genealogical research by Douglas B.G. Gabriel
2. Ibid
3. This book is in the possession of Christopher P. (Kit) Gabriel of Falmouth
4. Genealogical research. op. cit.
5. Ibid
6. Biographical letter by Alice Gabriel, found after her death in 1800, letter now in possession of Douglas B.G. Gabriel
7. Goodman, “British Plane Makers from 1700.” Page 20
8. Genealogical research, op. cit.
9. Ibid
10. Ibid
11. Ibid
12. Carter, “British Plane Makers Before 1700”. EAIA Journal, June 1983
13. Copy of Last Will & Testament in possession of Muriel Gabriel Heltzel
14. Timber Trade: Journal (British) August 15, 1970
15. (London) The Morning Chronicle various 1866 dates
16. Goodman, “Stock Inventories, Gabriel & Sons, London 1791 & 1793 Chronical, June 1984

Categories
John Moseley & Sons Moulding planes

John Moseley ‘bead cluster’ plane

Moseley Cluster Bead _4
Moseley Cluster Bead _1
Moseley Cluster Bead _2
Moseley Cluster Bead _3
Very pleased to have sourced this rare plane. Now I finally have it in my hand, it’s very interesting indeed. It’s a ‘bead cluster’, or ‘cluster bead’, depending on who you’re talking to. The iron cuts a series of stepped rounds, piled on top of one another, probably best shown by this picture I found on the web.
I’m already a fan of John Moseley, largely due to the London connection, but also because his planes are so precise and well-made. I would like to know more about how and where the moulding this plane produces is used. I figure in fine casework certainly. Perhaps over a shutting joint, where one might have used a rebated astragal or similar, this would give an elegant alternative?
Any info gratefully received. At the price I paid for this, I won’t be posting any pictures of the plane in use, which goes totally against my philosophy of tools having to be used. Ho-hum, you make rules, you break them.

I buy old, good quality woodworking tools. If you have any tools you would like to sell, please get in touch using the contact form on the home page.