Tennis Chain

Description

Technical Assessment
Moissanite Tennis Necklace

1. Overall Design

The tennis necklace is one of the most recognisable forms of contemporary luxury jewellery. It consists of a continuous articulated row of individually mounted gemstones extending around the neck to create a uniform line of brilliance. Modern AAA moissanite tennis necklaces are designed to replicate the appearance of high-value diamond necklaces while utilising laboratory-grown gemstones and precision-manufactured metal frameworks.

Typical widths include:

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

Common lengths:

• 16 inch
• 18 inch
• 20 inch
• 22 inch
• 24 inch

Strengths:

• Continuous gemstone presentation.
• Symmetrical appearance.
• Flexible articulation.
• High visual impact.
• Elegant luxury styling.

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2. Metal Construction

Common materials:

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

Characteristics:

• Corrosion resistance.
• Bright reflective finish.
• Excellent platform for stone setting.
• Durable daily wear.

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3. Moissanite Material Science

Chemical Formula

SiC – Silicon Carbide

Composition:

• Silicon.
• Carbon.

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:

• Exceptional scratch resistance.
• Excellent long-term durability.
• Suitable for everyday wear.

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5. Optical Properties

Refractive Index

Diamond:

• 2.42.

Moissanite:

• 2.65–2.69.

Result:

• Greater brilliance.
• Higher light return.
• Exceptional 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.
• Outstanding sparkle in natural and artificial light.

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6. Stone Quality

Typical specifications:

• VVS moissanite.
• VVS1 moissanite.
• D-colour moissanite.
• Precision-cut laboratory-grown stones.

Characteristics:

• High clarity.
• Excellent transparency.
• Uniform colour.
• Consistent optical performance.

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7. Stone Setting

Common techniques:

Four-Prong Setting

• Maximum light exposure.
• Secure mounting.
• Traditional tennis-necklace appearance.

Shared-Prong Setting

• Reduced visible metal.
• Increased brilliance.
• Continuous gemstone presentation.

Micro-Pavé Sections

• Higher stone density.
• Premium jewellery appearance.

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8. Necklace Engineering

Characteristics:

• Fully articulated construction.
• Individual gemstone links.
• Precision hinge connections.
• Flexible movement around the neck.
• Box clasp with dual safety catches.

Strengths:

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

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9. Manufacturing Technology

Modern necklaces commonly utilise:

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

Strengths:

• Uniform stone alignment.
• Consistent dimensions.
• Reliable construction.

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10. Durability

Primary wear components:

• Clasp mechanism.
• Link pins.
• Stone settings.

Moissanite itself is highly resistant to:

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

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11. Weight & Wearability

Characteristics:

• Comfortable neck balance.
• Flexible movement.
• Secure fit.
• Low maintenance.

Available in multiple widths to suit understated or statement jewellery styles.

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12. Commercial Characteristics

Modern AAA moissanite tennis necklaces are positioned as luxury jewellery rather than imitation branded products. Their value is derived from:

• Laboratory-grown silicon-carbide gemstones.
• Precious-metal construction.
• Precision stone setting.
• High optical performance.
• Contemporary jewellery manufacturing.

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