Knew Concepts Titanium Soldering Trivets for Jewelry Making – 3 Pack

Improve heat control and protect delicate jewelry components during soldering with these titanium soldering trivets from Knew Concepts. Designed to elevate your workpiece above the soldering surface, the trivets allow you to direct torch heat underneath your work rather than applying all the heat from above.

This approach is particularly useful when soldering bezels, settings, and other jewelry assemblies with delicate details. By heating the heavier baseplate from underneath, you can bring the metal to soldering temperature while reducing the risk of overheating thinner components on the front of the piece.

Unlike traditional iron trivets and screens, titanium transfers less heat away from the workpiece, helping you concentrate heat where it is needed. Titanium also resists solder and enamel adhesion, making these trivets a practical addition to a jeweler's soldering station.

Each package includes three titanium soldering trivets manufactured by Knew Concepts in the USA.

Features & Benefits

• Three Trivets Per Package: Includes three individual titanium soldering supports.

• Titanium Construction: Transfers less heat away from the workpiece than traditional iron supports.

• Allows Heating from Underneath: Elevates jewelry components so torch heat can reach the underside.

• Protects Delicate Details: Helps reduce direct heat exposure to bezels, settings, and fine components on the upper surface.

• Resists Solder Adhesion: Solder does not readily stick to titanium.

• Resists Enamel Adhesion: Titanium is useful around enameling applications because enamel does not readily adhere to it.

• Improves Heat Management: Helps direct heat toward heavier metal components that require more energy to reach soldering temperature.

• Useful for Jewelry Fabrication: Designed for metalsmithing, bezel soldering, and other precision soldering applications.

• Made in the USA: Manufactured by Knew Concepts.

Specifications

Why Use Titanium Instead of Iron?

Traditional iron trivets and soldering screens can absorb and transfer heat away from the jewelry being soldered.

This means some of the torch's energy goes into heating the support rather than the workpiece.

Titanium offers a useful alternative because it conducts heat less readily than iron. This helps reduce heat loss into the support and allows more of the applied heat to remain concentrated on the jewelry.

Titanium also has the advantage of resisting solder and enamel adhesion.

These characteristics make it especially useful for precision jewelry soldering, where heat placement and control can make a significant difference.

Heat Your Jewelry from Underneath

One of the primary advantages of using a soldering trivet is the ability to raise your workpiece above the soldering surface.

This provides access to the underside of the piece, allowing you to direct the torch flame toward the back of the metal.

In many jewelry assemblies, the baseplate is thicker and heavier than the delicate components attached to it.

Because the baseplate requires more heat to reach soldering temperature, heating it from underneath can be more effective than directing the flame toward the finer details on top.

This technique is especially helpful when working with thin bezel walls and other heat-sensitive jewelry components.

Ideal for Bezel Soldering

Soldering bezels to a baseplate requires careful heat control.

The baseplate is often substantially thicker than the bezel wall and therefore requires more heat.

When heat is applied primarily from above, the thin bezel can become overheated before the baseplate reaches the proper soldering temperature.

By elevating the assembly on a titanium trivet, you can apply heat to the underside of the baseplate.

This helps bring the heavier metal to soldering temperature while reducing unnecessary direct flame exposure to the bezel.

Proper torch technique and temperature control are still essential to avoid damaging delicate work.

Solder and Enamel Resistance

Titanium offers another useful benefit for jewelry fabrication: solder and enamel do not readily adhere to its surface.

This helps reduce the likelihood of the workpiece becoming unintentionally bonded to its support during soldering.

It also makes titanium an appealing support material for appropriate enameling applications.

Always follow the requirements of the particular soldering or enameling process and use suitable heat-resistant work surfaces.

Ideal For

• Jewelry making and metalsmithing

• Bezel soldering

• Soldering settings to baseplates

• Precision torch soldering

• Fabricating multi-component jewelry

• Supporting workpieces during heating

• Heating heavier baseplates from underneath

• Reducing heat loss into soldering supports

• Appropriate jewelry enameling applications

• Professional and hobby jewelry workshops

Why Choose the 3-Pack?

This package includes three separate soldering trivets.

Having multiple trivets available is convenient for jewelers who work on several projects or need more than one support at their soldering station.

The three-pack is also useful for outfitting multiple workstations or keeping additional trivets available during fabrication.

This listing is for three complete trivets, not a single trivet or a set of loose titanium strips.

Proper Use and Care

1. Place a trivet on an appropriate heat-resistant soldering surface.

2. Position the jewelry piece securely on top of the trivet.

3. Confirm that the workpiece is stable before applying heat.

4. Direct torch heat toward the underside of the workpiece as appropriate for the soldering operation.

5. Heat the heavier metal components gradually and evenly.

6. Apply solder according to the requirements of the joint and materials.

7. Allow the trivet and workpiece to cool safely after soldering.

8. Handle hot components only with appropriate heat-resistant tools.

9. Inspect the trivet for damage or distortion before subsequent use.

10. Store the trivets in a clean, dry location.

Safety Note: Titanium trivets become extremely hot during torch work. Use suitable fire-resistant soldering surfaces, eye protection, ventilation, and appropriate handling tools. Do not touch a trivet until it has cooled.

Frequently Asked Questions

What are titanium soldering trivets used for?

They support and elevate jewelry workpieces so heat can be applied from underneath during soldering.

How many trivets are included?

Three individual titanium soldering trivets.

Who manufactures these trivets?

Knew Concepts.

Where are they manufactured?

They are made in the United States.

What material are they made from?

Titanium.

Why is titanium useful for soldering supports?

Titanium transfers less heat away from the workpiece than traditional iron supports and resists solder and enamel adhesion.

How do they help with bezel soldering?

They elevate the jewelry so the baseplate can be heated from underneath, reducing the need to direct intense heat toward thin bezel walls.

Why is heating from underneath beneficial?

The baseplate is often the thickest part of a jewelry assembly and requires more heat than the delicate components attached to it.

Do the trivets prevent bezels from melting?

No soldering support can guarantee that delicate components will not overheat. The trivets make it easier to direct heat away from sensitive details when used with proper torch technique.

Does solder stick to titanium?

Solder generally does not readily adhere to titanium, which is one of the advantages identified by Knew Concepts.

Does enamel stick to titanium?

Knew Concepts identifies resistance to enamel adhesion as a benefit of these trivets.

Can they be used for jewelry enameling?

They may be useful for suitable enameling operations, provided the process and workpiece are compatible with the support.

Are these better than iron trivets?

They offer advantages for certain jewelry soldering tasks, particularly reduced heat transfer into the support and resistance to solder adhesion.

Can I use them with a jewelry soldering torch?

Yes. They are designed to support jewelry during torch soldering.

Are they suitable for professional jewelers?

Yes. They are useful for professional jewelry fabrication as well as hobby metalsmithing.

Can beginners use them?

Yes, although safe torch handling and proper soldering technique are essential.

Can they be used for silver jewelry?

Yes. They can support suitable silver jewelry assemblies during soldering.

Can they be used for gold jewelry?

Yes. They can support suitable gold jewelry assemblies during soldering.

Can I use them when soldering settings to a baseplate?

Yes. This is one of the applications for which heating from underneath is particularly useful.

Can I place the trivet directly on a wooden table?

No. Use an appropriate heat-resistant soldering surface.

Do the trivets become hot during use?

Yes. Treat them as extremely hot during and after soldering until they have cooled.

Do they eliminate the need for a soldering block?

No. They should be used with an appropriate heat-resistant soldering surface.

Can the trivets be reused?

Yes. They are designed as reusable jewelry soldering supports.

Will every trivet look identical?

Not necessarily. Knew Concepts has indicated that some trivets may be fabricated from sheet titanium and may have a slightly different appearance while serving the same function.

Are these titanium soldering strips or clamps?

No. These are completed soldering trivets designed to elevate and support workpieces.

Is this listing for one trivet or three?

This listing includes three trivets.

What is the manufacturer part number?

500.120.2.

What is the Micro-Tools SKU?

500-120-2.

What is the UPC?

196943890300.

What is the main advantage of these trivets?

They make it easier to heat jewelry from underneath while minimizing heat loss into the support and reducing direct flame exposure to delicate upper components.

Micro-Tools makes every attempt to provide accurate information for each item. Actual packaging and/or specifications may be slightly different from the information and picture provided.