Natron Bicarbonate of Soda's Role In Glass Making

25
29
1.8K followers

The first theory I found on the discovery of glass was the result of an accident. It was recorded by Plimy the elder in the first century. Plimy was a historian and writer.

The theory goes that Natron merchants sailing up the Palestine coast plying their wares stopped at the mouth of the Belus River near Ptolemais. They landed on shore to prepare their evening meal and found they could not find enough large stones to hold the cooking pots up off the fire so they used some pieces of Natron. The heat from the fire caused the sand to fuse to the Natron resulting in glass.

There are those that debunk this theory on the grounds it would takes an intense heat to fuse. William L. Monro was an American window glass maker in 1926. He conducted an experiment to see if the legend could in fact be feasible. He built an open fire and kept it burning for 2 hrs. When it had burnt down to charcoal he said he got temperatures of 2210 degrees F (1210 degrees C). He concluded that the legend could have been possible. Although most campfires only reach a temperature of between 600 and 700 degrees so who knows what was used in that first open fire.

By 1330 BC during the reign of Tutankhamen in Egypt the knowledge of how to make colour glass was being put into practice. They found that by using crushed semi-precious stones colour could be added to glass. Fluorite will add a purple tint and Turquoise gave the glass a pale blue colour.

For the next 100 years glass developed in many different ways around the world. Soda from the Mediterranean regine came in the form of ashes from sea marshes and seaweed. Potash came from beechwood trees in Germany. These 2 soda and potash formed the base for glass production. The quality of the glass was dependent on how well the soda was produced.

In the Seventeenth century lead glass or flint glass was born. Flint glass was made from 3 parts of sand, 2 parts red lead and 1 part potash. Venetian glass was produced with soda.

In 1827 a carpenter invented a new method of pressing glass. It was then thin enough to be pressed into moods. It was found that by using bicarbonate of soda and lime instead of lead it was a lot cheaper to produce the glass. There was even a glass produced in United States in the 1880s called Burmese glass. Uranium was used in the procedure to produce a yellow or green colour. This glass was produced for 100 years before it was banned because it was deemed unsafe and hazardous to the workers creating the glass.

This post has only brought the history of glass to the 1940s. Their have been so many more advancements in glass making since then it would take a whole book to tell the story.

25
29

Join FREE & Launch Your Business!

Exclusive Bonus - Offer Ends at Midnight Today

00

Hours

:

00

Minutes

:

00

Seconds

2,000 AI Credits Worth $10 USD

Build a Logo + Website That Attracts Customers

400 Credits

Discover Hot Niches with AI Market Research

100 Credits

Create SEO Content That Ranks & Converts

800 Credits

Find Affiliate Offers Up to $500/Sale

10 Credits

Access a Community of 2.9M+ Members

By continuing, you agree to our Terms of Service and Privacy Policy
No credit card required

Recent Comments

29

Wow, thanks for this.

1

Hi, John, you're welcome. Thank you for stopping by and reading the post. All the best.
Ann

Interesting post. Thanks for sharing.

2

Hi, Kevin, you're welcome and thank you for taking the time out to read and comment on the post. All the best.
Ann

1

Great info Ann, enjoyed reading it. Have a good Sunday, Taetske

2

Hi, Taetske, I'm glad you enjoyed it and I hope you got something out of it. Thanks for stopping by. All the best.
Ann

1

great history lesson

1

Hi, Davida, I hope you enjoyed the post. Thanks for stopping by and reading and commenting. All the best.
Ann

1

Really interesting Ann.

2

Hi, Alexander, I'm glad you found it so. Thanks for stopping by. All the best.
Ann

1

Thanks for sharing the information

1

Hi, Jonathan, you're welcome and it was great of you to take the time to read the post. All the best.
Ann

Very interesting, thank you for sharing!

1

Hi, Thomas, I'm glad you found it interesting. Thank you for taking the time to read and comment. All the best.
Ann

1

Thanks for sharing.

1

Hi, Roger, you're welcome and I hope you enjoyed it. Thank you for your comment. All the best.
Ann

1

I appreciate your effort.

1

Hi, Robert, thank you for taking the time to read and comment. I hope you found it interesting. All the best.
Ann

Good report. The next thing there will be a "study" about it fusing with bicarbonate of soda in bottled soda Ann!

1

Hi, Mike, thank you. You're right a study into everything these days :) Thanks for stopping by. All the best.
Ann

1

See more comments

Join FREE & Launch Your Business!

Exclusive Bonus - Offer Ends at Midnight Today

00

Hours

:

00

Minutes

:

00

Seconds

2,000 AI Credits Worth $10 USD

Build a Logo + Website That Attracts Customers

400 Credits

Discover Hot Niches with AI Market Research

100 Credits

Create SEO Content That Ranks & Converts

800 Credits

Find Affiliate Offers Up to $500/Sale

10 Credits

Access a Community of 2.9M+ Members

By continuing, you agree to our Terms of Service and Privacy Policy
No credit card required

2.9M+

Members

190+

Countries Served

20+

Years Online

50K+

Success Stories

The world's most successful affiliate marketing training platform. Join 2.9M+ entrepreneurs building their online business with expert training, tools, and support.

© 2005-2025 Wealthy Affiliate
All rights reserved worldwide.

🔒 Trusted by Millions Worldwide

Since 2005, Wealthy Affiliate has been the go-to platform for entrepreneurs looking to build successful online businesses. With industry-leading security, 99.9% uptime, and a proven track record of success, you're in safe hands.