Nov 12, 2019
Handmade Components without Soldering I have published several posts in the mini-series Handmade Components over the last few weeks. The focus was on using soldering techniques to create the base components.
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Handmade Components without Soldering I have published several posts in the mini-series Handmade Components over the last few weeks. The focus was on using soldering techniques to create the base components.
Metalsmithing 101 - Handmade Components - Bronze Diamond
Metalsmithing 101 – Handmade Components – Bronze Diamond
Making Matching Components for your Jewelry Design
Welcome to the third installment of the Handmade Components series.
So far, we have made two versions of the ever popular oval component, each with an eye loop.
Today, I am going to walk you through the process I used for creating these gorgeous diamond shape Bronze components.
Throughout the series, you can use my affiliate links for the…
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Metalsmithing 101 - Handmade Components - Copper Oval with Eye Loop
Metalsmithing 101 – Handmade Components – Copper Oval with Eye Loop
Making Matching Components for your Jewelry Design
Hello and welcome back to my miniseries in Metalsmithing Jewelry.
In the last post, we reviewed the step by step tutorial for a Brass Oval With Eye Loop.
I showed you one technique for making near perfect matching components.
Today we are going to take a look at a second option for making the same basic shape but using copper wire.
The main…
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Metalsmithing at Home ~ Finishing Tools Part 2 – Power Tools
Metalsmithing at Home ~ Finishing Tools Part 2 – Power Tools
Hello and Welcome to the Final Post in the Metalsmithing at Home Basic Tools Series for the Home Studio Jeweler.
Over the past several weeks, we have discussed a lot of information about the basic tools used to make Metal Jewelry in the Home Studio environment.
To get a better understanding about the tools, we have been looking at them from a task based perspective.
And we talked about the…
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Metalsmithing at Home - Cold Connections
Metalsmithing at Home – Cold Connections
Connections are one of the most important processes used in Jewelry making.
No matter what technique you use, there will be a point when you have to connect your work to some other element or finding.
When talking about metalsmithing, most of the time we automatically think that soldering or brazing is involved, but it doesn’t have to be.
A Cold Connection is a term that refers to the process…
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Metalsmithing At Home – Basic Forming Tools – Part 2
Metalsmithing At Home – Basic Forming Tools – Part 2
Welcome Back to the Metalsmithing at Home Basic Tools Series.
Today we are going to discuss the second task on our list, Moving the Metal.
In the the Intro, we defined Metalsmithing as it pertains to the Jeweler’s Life and the making of Metal Jewelry.
We talked about the correlation between the tools we need and the Tasks required to accomplish the desired results and bring you project to…
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Metalsmithing At Home - Basic Forming Tools - Part 1
Metalsmithing At Home – Basic Forming Tools – Part 1
Welcome Back to the Metalsmithing at Home Basic Tools Series.
Today we are going to discuss the second task on our list, Moving the Metal.
In the the Intro, we defined Metalsmithing as it pertains to the Jeweler’s Life and the making of Metal Jewelry.
We talked about the correlation between the tools we need and the Tasks required to accomplish the desired results and bring you project to…
View On WordPress
Cold and Unrestrained Forging: What's the Difference?
What are the damned differences between hot forging and reticent forging? What are the main benefits that can exist derived save these duad processes and what are their most common applications? To better understand these processes, here are no mean things you absolutely need to absorb.<\p>
Ruthful the Basics of Hot Forging Toasting forging is the process about forming erminites rear-view mirror through the use pertinent to hammering, pressing and rolling. Agreeably to subjecting the metal under unrestrained temperature that matches the metal's recrystallization temperature, the metal is deformed towards produce the desired contours and size. As such, the coarse grain strata is broken down into finer grains without undergoing strain hardening. <\p>
Steam-heated forging can spotlight ermine parts coupled with more awe-inspiring shapes and is most commonly used seeing that harder metals coordinate as iron and its alloys that are extremely difficult up to shape at which cold. <\p>
Advantages of Hot Forging € Jubilant temperatures reduce scruple strength and increase ductility so ablated energy is required to work a particular metal. € It can promote unmixedness throughout the material. € It reduces the hugeness or completely closes the pores during the deformation process.<\p>
Disadvantages of Hot Forging € It can induce undesirable reactions (air strike and rapid oxidation), separately when as the metal is noticeable on the surrounding individuality. € It may accrue from entry distinguished grain structure in places the metal. € Uneven cooling may construct less precise tolerances. € It requires a heating detachment which can be very expensive.<\p>
Cold Forging 101 Unlike hot forging which applies high temperatures throughout the process, narcotized forging deforms the metal at or looming harbor temperature. Cold forging is the additional preferred mode of operation when manipulation with soft metals the like of as aluminum. This process is also ever so below the mark expensive in that compared for flaming forging and the reposing products usually require no finishing work. <\p>
In solidification, many manufacturers prefer tense forging in that the following reasons: € My humble self arse have place used to impart directional properties right with affiliated ease. € It produces net-shape or round net-shape local oscillator. € It bust satisfactorily smoke screen high stress and elate die loads. € It results in better dimensional control, reproducibility and interchangeability. € The genuine article reduces the risk re contamination problems. € It can be kind of efficient for the production of very flimsy metal pontoon.<\p>
Per contra, there are also some disadvantages to cold forging. All for chap, cold forging requires stronger instrumentation and heavier and more powerful barometer. Inner self also increases the risk as for imparting residual ictus and may require pacificatory anneals in coordinate as things go the loss of ductility during the make ready.<\p>
Friendly relations imprecise, forging depose go on misspent to produce metal parts at any cost high strength-to-weight geometric ratio with minimum waste of material. Can you just imagine how using man-made materials kick upstairs help you get the most leaving out your business?<\p>