A view of the Bottom Pottery from the MIdland Railway. A siding runs directly into the yard.
A view of the Bottom Pottery from the MIdland Railway. A siding runs directly into the yard.
A portion of the yard showing a variety of goods.
Death sometimes happened in the potteries:
Harriet Helen Pearson [nee Towlson] widow of James, later marries James Anderson Goodfellow, M.B., C.A. on January 29th 1907 at St. Peter's Church, Barrowden, Stamford. James runs the businesses for Harriet.
A change to the business also in 1907
Dr. Goodfellow, (on the right), was a general practioner before he researched the qualities of iodine; & then used his knowledge of that, & making pottery, to produce a line in iodine products for James Pearson Ltd.
His first wife Jane (nee Christian), 32yrs., was buried with their son, 1 day old Spencer Goodfellow, at St. Thomas' Brampton on 6th December 1890.
Problems at the London Pottery
1913 brings the tragic & the good
A lull in many business trades around Chesterfield in 1921. There was a lack of coal too.
The excerpt of 9 April 1921 shows how the potteries of Chesterfield were coping.
Derbyshire Courier,
Saturday 22nd January 1921
POTTERIES CLOSE DOWN
Work Suspended for a Week at Brampton.
A notice has just been posted at the Brampton pottery of Messrs. James Pearson Ltd., stating that the works will close down today (Saturday) until a week on Monday, and that until further notice the potteries will work only alternate weeks.
This step is stated to be due to a slump in the demand for stoneware, which is the chief output of the potteries. About 150 men, women and girls are affected.
"These men are working in the Clay House. The clay has been dropped out of the press, & put through the pug to get rid of air - ready for the makers."
c/o Terry Hubbard
How items are made
Some types of earthenware is made by hand, 'throwers', & others by machinery. At Messrs. Pearson youths are trained to become hand throwers. The firm has in their employ men whose fathers were potters, & this system proves invaluable in creating craftsmen. Some of the young potters attend the Chesterfield School of Art & Crafts, adding to their practical knowledge by the study of the artistic theory.
In another department of the pottery articles are shaped by machinery, 'jollying'. The advantage of this method over 'throwing' is the amount of output is greater, without losing quality.
"They would put the mould into the case then take a piece of clay & throw it in the mould , bring the arm down - which would be shaped to the pot they where making - and the wheel would spin around."
c/o Terry Hubbard
Kilns
At their Whittington Moor pottery the firm use continuous kilns for baking earthenware which were the first established in the Country. They are each about 100 yards long & resemble train tunnels. They are however rectangular, about 6 feet high & 5 feet wide. They are gas heated, (Messrs. Pearson have their own gas plant), & develop a temperature of over 1,250 degrees Centigrade. There are no flames in the kilns, the heat percolates through the walls & the inside of the kilns looks like a sunset. At the entrance the temperature is lower than at the centre, where it reaches a climax, then decreases to the other end.
The heat at the top of the kiln is hotter than that of the bottom. If it were not the iron bases of the trolleys, & the shelves, on which the items are stacked, would melt. The trolleys go through the kilns so slowly it's barely perceptible.
The gardens at the back of Pearsons' Pottery in the 1930's.