Tennis bracelets

Description

Our tennis chain is a flexible articulated jewellery assembly comprising a continuous sequence of gemstone settings mounted within a precious-metal or plated-metal framework.

Modern examples commonly utilise laboratory-grown moissanite (silicon carbide) or cubic zirconia simulants set within sterling silver or plated alloy structures.

The product is designed to maximise optical brilliance, light return, and perceived luxury while maintaining relatively low manufacturing cost.

The visual effect is achieved through the repetition of highly reflective gemstone facets arranged in a continuous linear configuration.

Moissanite variants benefit from exceptional hardness (9.25–9.5 Mohs), high refractive index, and strong dispersion characteristics, producing significant sparkle and durability relative to traditional costume jewellery.

Commercial Classification

The most accurate classification is:

• Moissanite jewellery .
• Fashion luxury jewellery.
• Diamond-simulant jewellery.

A modern moissanite tennis chain sits somewhere between costume jewellery and fine jewellery: it uses genuine engineered gemstones with meaningful material value, but not rare mined diamonds.

Technical Assessment

AAA Moissanite Tennis Bracelet

1. Overall Design

The moissanite tennis bracelet is one of the most recognisable forms of modern luxury jewellery. It consists of a continuous row of individually mounted gemstones connected by articulated links, designed to maximise flexibility, brilliance, and light reflection while maintaining a clean, symmetrical appearance.

Typical stone sizes:

• 2 mm
• 2.5 mm
• 3 mm
• 4 mm
• 5 mm
• 6.5 mm

Strengths:

• Elegant linear design.
• Uniform gemstone presentation.
• Comfortable wrist articulation.
• High visual impact.

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2. Metal Construction

Common materials:

• 925 sterling silver.
• Rhodium-plated sterling silver.
• Stainless steel (less common).
• Gold-plated silver variants.

Characteristics:

• Corrosion resistance.
• Bright white finish.
• Suitable for precision stone setting.
• Good long-term durability.

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3. Moissanite Material Science

Chemical Formula

SiC – Silicon Carbide

Composition:

• Silicon (Si).
• Carbon (C).

Moissanite is a laboratory-grown crystalline material rather than glass or cubic zirconia.

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4. Hardness

Mohs Scale:

• Diamond: 10.
• Moissanite: 9.25–9.5.
• Sapphire: 9.
• Cubic zirconia: 8–8.5.

Strengths:

• Excellent scratch resistance.
• Suitable for continuous daily wear.
• Resistant to abrasion.

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5. Optical Properties

Refractive Index

Diamond:

• 2.42.

Moissanite:

• 2.65–2.69.

Result:

• Greater brilliance.
• Higher light return.
• Excellent optical performance.

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Dispersion

Diamond:

• 0.044.

Moissanite:

• 0.104.

Result:

• More than double the fire of natural diamond.
• Strong rainbow flashes.
• Exceptional sparkle under daylight and LED lighting.

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6. Stone Quality

Common grades:

• VVS moissanite.
• VVS1 moissanite.
• D-colour moissanite.

Characteristics:

• High clarity.
• Excellent transparency.
• Minimal inclusions.
• Consistent colour.

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7. Stone Setting

Common techniques:

Four-Prong Setting

• Maximum light exposure.
• Secure mounting.
• Traditional tennis bracelet appearance.

Shared-Prong Setting

• Increased brilliance.
• Reduced visible metal.
• Greater visual continuity.

Micro-Pavé Sections

• Higher stone density.
• Fine jewellery appearance.

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8. Bracelet Engineering

Characteristics:

• Individually articulated links.
• Precision hinge construction.
• Box clasp with secondary safety catches.
• Flexible wrist movement.

Strengths:

• Comfortable wear.
• Even weight distribution.
• Secure fastening.
• Smooth articulation.

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9. Manufacturing

Modern bracelets commonly utilise:

• CNC-machined components.
• Precision casting.
• Specialist polishing.
• Hand-set gemstones.
• Rhodium finishing.

Strengths:

• Consistent dimensions.
• Uniform stone alignment.
• Reliable assembly quality.

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10. Durability

The principal wear components are:

• Clasp.
• Link pins.
• Stone settings.

The moissanite itself is highly resistant to:

• Scratching.
• UV degradation.
• Colour fading.
• Chemical corrosion.

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11. Weight & Wearability

Characteristics:

• Comfortable daily wear.
• Balanced weight.
• Flexible movement.
• Low maintenance.

Available in multiple widths to suit different styles, from understated to statement jewellery.

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Technical Strength Summary

Strongest Areas:

1. Silicon carbide gemstone technology.
2. Exceptional brilliance.
3. High hardness (9.25–9.5 Mohs).
4. Superior light dispersion.
5. Jewellery-grade clarity.
6. Flexible articulated construction.
7. Secure clasp systems.
8. Rhodium-finished precious-metal framework.
9. Comfortable daily wear.
10. Strong value relative to appearance.

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