Four vs Six Prong Setting: 2026 Security & Durability Guide

A prong setting is a metal claw framework that grips a diamond's girdle to secure it above the ring band, and the choice between four and six prongs determines how that grip balances security, brilliance, and long-term durability.

This guide covers prong mechanics and stone security, diamond shape compatibility, light performance and visibility, metal selection and durability, and maintenance planning for each configuration.

Four prong settings use fewer contact points to expose more of the diamond's surface, which maximizes light return and creates a larger visual profile. Six prong settings distribute holding force across additional anchor points, providing structural redundancy that keeps the stone stable even if one prong weakens or bends.

Diamond shape plays a direct role in which prong count performs best. Four prongs align naturally with princess, cushion, and pear cuts where corner protection matches prong placement, while six prongs reinforce the circular geometry of round brilliants and stabilize elongated shapes like ovals and marquise cuts.

Metal choice influences prong longevity as much as prong count itself. Platinum prongs resist material loss through abrasion and can reach a working hardness of approximately 220 HV, while white gold prongs wear faster and require periodic rhodium replating to maintain their finish.

Both configurations need professional prong inspection every 6 to 12 months, with retipping recommended every 5 to 10 years. A single prong failure on a four prong ring removes 25% of the diamond's support, while the same failure on a six prong ring leaves five functional contact points as a temporary safety margin.

What Is a Prong Setting and How Does It Hold a Diamond?

A prong setting is a metal claw framework that grips a diamond's girdle to secure it above the ring band. This section explains how prongs function mechanically and how they compare to alternative holding methods.

A prong setting holds a diamond by using small metal projections, called prongs or claws, that bend over the stone's edge at precise angles. Each prong applies inward pressure against the diamond's girdle, creating a friction-based mechanical lock that suspends the stone while leaving its crown, table, and pavilion exposed to light. The number of prongs, their thickness, and their placement collectively determine how securely the diamond sits.

Unlike bezel settings that encircle the entire perimeter in metal, prongs use minimal contact points. This design maximizes the diamond's visible surface area and allows light to enter from multiple angles, which directly enhances brilliance and fire. Cathedral settings add structural arches beneath the stone for extra protection, while basket settings cradle the diamond in a solid base to reduce impact risk.

For context on how different the alternatives can be, tension settings rely on compression force rather than prongs, using approximately 800 to 1,200 PSI of pressure to hold a center stone in place, according to CaratX. That approach eliminates prongs entirely but demands extremely precise metalwork.

The prong method remains the most widely used diamond setting because it balances three priorities: stone security, light performance, and visual openness. Whether a ring uses four prongs or six, the underlying principle stays the same. Each claw must contact the girdle at the correct angle and depth to prevent rotation or loosening over time. Understanding this foundation is essential before comparing how four and six prong configurations differ in security, durability, and aesthetics.

How Does a Four Prong Setting Secure a Diamond?

A four prong setting secures a diamond by gripping the stone at four evenly spaced contact points along its girdle. Each prong bends over the crown edge, applying inward pressure that locks the diamond in place. Because only four metal tips touch the stone, more of the diamond's surface remains exposed. According to Elora Lab, four-prong settings are preferred for maximizing light return and brilliance as they cover less of the diamond's surface area compared to six-prong settings. This minimal metal coverage allows light to enter from wider angles, producing stronger fire and scintillation. For buyers who prioritize sparkle over maximum grip redundancy, four prongs offer an effective balance of security and visual impact.

How Does a Six Prong Setting Secure a Diamond?

A six prong setting secures a diamond by distributing holding force across six evenly spaced metal claws that grip the stone's girdle. This design creates redundant contact points, so even if one prong weakens, five remain to prevent stone loss.

Each prong applies inward pressure at uniform intervals around the diamond's circumference, creating a balanced cage of support. Because the force is shared among more contact points, individual prongs can be engineered lighter and thinner while still maintaining reliable security. The result is a setting that combines structural redundancy with a refined, low-profile appearance.

The six prong configuration gained worldwide recognition after Charles Lewis Tiffany introduced the Tiffany® Setting in 1886, a six prong solitaire designed specifically for round brilliant diamonds. That design set the global standard for engagement rings and demonstrated how six contact points could elevate a stone above the band for maximum light exposure without sacrificing hold strength. For round brilliants in particular, the evenly spaced prongs enhance optical symmetry, making the diamond appear rounder and more balanced from a top-down view.

This built-in redundancy makes six prong settings especially practical for active wearers or anyone prioritizing long-term diamond security over maximum stone exposure.

What Are the Key Differences Between Four and Six Prong Settings?

The key differences between four and six prong settings involve security, diamond visibility, light performance, perceived shape, and maintenance. The following subsections break down each factor.

How Does Stone Security Compare in Four vs Six Prongs?

Stone security in four prong settings relies on fewer, thicker contact points, while six prong settings distribute holding force across more points for greater redundancy. If one prong fails on a four prong ring, only three remain to secure the diamond, creating immediate risk. A six prong setting retains five functional prongs after a single failure, which keeps the stone stable.

According to Beyond 4Cs, individual prongs in six prong settings are typically engineered to be lighter and thinner to minimize metal-to-stone obstruction while maintaining security. Cathedral settings can further protect either configuration by using arches that shield prongs from snagging during daily wear. For anyone with an active routine, the added redundancy of six prongs offers a meaningful safety margin.

How Does Diamond Visibility Differ in Four vs Six Prongs?

Diamond visibility differs in four vs six prongs primarily through surface coverage. Four prongs leave more of the diamond's girdle and crown exposed, which makes the stone appear slightly larger from above. Six prongs cover more of the diamond's perimeter, creating a subtle framing effect that can make the stone look marginally smaller.

This distinction matters most with diamonds under 1.5 carats, where even small differences in visible surface area affect perceived size. Because four prongs expose more of the stone's face, any inclusions become easier to spot, making it worth reviewing diamond clarity grades before choosing an open setting style. For buyers prioritizing a bigger visual footprint, four prongs typically deliver that result. Those who prefer a balanced, symmetrical frame around their stone often find six prongs more appealing.

How Does Light Performance Change in Four vs Six Prongs?

Light performance changes in four vs six prongs because fewer prongs obstruct fewer light entry points along the diamond's crown. Four prong settings allow light to enter and exit through a wider unobstructed surface, which can enhance brilliance and fire.

According to Elora Lab, four prong settings are preferred for maximizing light return and brilliance as they cover less of the diamond's surface area compared to six prong settings. Six prong configurations sacrifice a small amount of light return in exchange for structural benefits. In practice, the difference is subtle to the naked eye, but it becomes more noticeable in smaller diamonds where every fraction of visible surface matters.

How Does Each Prong Count Affect the Perceived Diamond Shape?

Each prong count affects the perceived diamond shape by altering the visual geometry of the stone's outline. Four prongs on a round diamond can create a slightly square appearance, while six prongs reinforce the stone's circular silhouette.

For fancy shapes, prong placement becomes even more critical. According to a GIA publication on fancy-shaped diamonds, a symmetrical marquise cut requires specific prong placement at the pavilion mains to maintain structural integrity and visual balance. V-shaped prongs protect vulnerable pointed corners on pear, princess, and marquise cuts. Choosing the wrong prong count for a given shape can distort proportions, so matching prong configuration to diamond geometry is essential.

How Does Maintenance Differ for Four vs Six Prong Settings?

Maintenance differs for four vs six prong settings in inspection frequency, repair cost, and wear patterns. Four prong settings concentrate stress on fewer, thicker prongs, which means each prong bears more force and may wear faster at contact points. Six prong settings spread wear across more prongs, but each thinner prong is individually more susceptible to bending.

Key maintenance considerations include:

• Four prong rings require closer inspection intervals because a single prong failure is more consequential.
• Six prong rings need checks for bent or misaligned prongs, since thinner metal is easier to snag.
• Both configurations benefit from professional cleaning and prong inspection every 6 to 12 months.

Regardless of prong count, consistent professional maintenance prevents the thin bands and worn metal that 2026 quality control case studies identify as primary drivers for catastrophic prong breakage. With maintenance habits established, selecting the right diamond shape for each setting becomes the next consideration.

Which Diamond Shapes Work Best With a Four Prong Setting?

The diamond shapes that work best with a four prong setting include princess cuts, cushion cuts, and certain elongated shapes like ovals and pears. Round brilliants also pair well with four prongs, though with trade-offs worth considering.

How Do Four Prongs Work With Round Brilliant Diamonds?

Four prongs work with round brilliant diamonds by maximizing the stone's visible surface area and light return. With only four contact points, more of the girdle remains exposed, allowing light to enter from additional angles. The result is often a slightly more brilliant appearance compared to heavily pronged alternatives.

However, four prongs on a round stone create a subtle visual effect worth noting. The prongs can make a round diamond appear slightly square when viewed from above, particularly with thicker prong tips. According to Yadav Diamonds and Jewelry, six-prong settings enhance the optical symmetry of round brilliant diamonds by making the stone appear rounder and more balanced from a top-down view. For buyers who prioritize a perfectly circular silhouette, this trade-off deserves careful consideration. Where maximum brilliance matters more than perceived roundness, though, four prongs remain an excellent choice.

How Do Four Prongs Work With Princess Cut Diamonds?

Four prongs work with princess cut diamonds by securing each of the stone's four vulnerable corners. Princess cuts feature sharp 90-degree points that are prone to chipping if left unprotected. A four-prong configuration places one prong at each corner, delivering both structural protection and a clean geometric profile.

V-shaped prongs are specifically engineered to shield these pointed corners from impact. This style wraps slightly over the corner edges without obscuring the diamond's face. For princess cuts, four prongs are arguably the most natural and practical choice, since the square shape inherently demands corner-focused security. Adding additional prongs along the sides would cover flat edges unnecessarily, reducing brilliance without meaningful safety benefits.

How Do Four Prongs Work With Cushion Cut Diamonds?

Four prongs work with cushion cut diamonds by gripping the stone at its four softly rounded corners. Cushion cuts blend the structure of a square silhouette with gently curved edges, making four-prong placement intuitive and visually harmonious. Each prong sits where the corner naturally provides a secure seat.

Pairing a four-prong head with a basket setting amplifies security further. Basket settings provide a mechanical advantage over traditional prong settings by cradling the stone in a solid base, which reduces the risk of stone loss from repetitive impact. This combination gives cushion cuts the open face needed for strong light performance while adding a protective cradle beneath. For cushion shapes under 2 carats especially, four prongs in a basket head strike an ideal balance between visibility and durability.

How Do Four Prongs Work With Oval or Pear Diamonds?

Four prongs work with oval or pear diamonds by positioning prongs at the structural extremes of the stone. For ovals, prongs typically sit at the two pointed ends and two widest sides, stabilizing the elongated silhouette. Pear shapes follow a similar logic, with a V-prong shielding the single pointed tip and three prongs distributed around the rounded body.

These elongated shapes benefit from the minimal metal coverage four prongs provide, since their appeal relies on long, uninterrupted facet lines catching light. One consideration is that four-prong ovals and pears may rotate slightly in their setting over time if prong tension weakens. Routine prong inspections help prevent this. For most wearers, four prongs deliver the clean, open aesthetic that makes elongated diamond shapes so visually striking, while still providing reliable hold when properly maintained.

With shape compatibility established, understanding how six prongs pair with different diamonds reveals the full picture.

Which Diamond Shapes Work Best With a Six Prong Setting?

Six prong settings work best with round brilliant, oval, and marquise diamonds. Each shape benefits differently from the additional contact points, gaining security, symmetry, or protection at vulnerable tips.

How Do Six Prongs Work With Round Brilliant Diamonds?

Six prongs work with round brilliant diamonds by creating evenly spaced contact points that reinforce the stone's natural circular geometry. This symmetrical distribution produces a balanced, secure hold while enhancing the diamond's visual roundness from a top-down view. According to Yadav Diamonds and Jewelry, six-prong settings enhance the optical symmetry of round brilliant diamonds by making the stone appear rounder and more balanced. The even spacing also means each prong can be engineered thinner, reducing metal obstruction across the crown facets. For round brilliants above one carat, this configuration delivers the strongest combination of security and aesthetic proportion.

How Do Six Prongs Work With Oval Diamonds?

Six prongs work with oval diamonds by distributing grip along the stone's elongated profile, placing prongs at both tapered ends and along the curved sides. This arrangement prevents the oval from tilting or rotating within the setting over time. Because ovals concentrate stress at their narrower poles during daily wear, the two additional prongs (compared to four) provide meaningful reinforcement at these vulnerable areas. Thinner individual prongs also preserve the elongated silhouette that makes oval cuts visually distinctive, keeping metal coverage minimal while improving structural stability.

How Do Six Prongs Work With Marquise Diamonds?

Six prongs work with marquise diamonds by securing the stone's sharp pointed ends and supporting its wide center simultaneously. Marquise cuts feature two delicate tips that are highly susceptible to chipping. V-shaped prongs placed at each point shield these fragile corners, while additional prongs along the belly maintain alignment and prevent lateral shifting. A GIA study on fancy-shaped diamonds confirms that a symmetrical marquise requires specific prong placement at the pavilion mains to maintain structural integrity and visual balance. For marquise cuts, six prongs offer protection that four-prong configurations simply cannot match, making them the safer long-term choice.

How Durable Is a Four Prong Setting Over Time?

A four prong setting is durable enough for daily wear when properly maintained, though each prong bears more stress than in higher-count designs. Prong wear likelihood and inspection frequency are the two key factors that determine long-term security.

How Likely Is Prong Wear or Bending With Four Prongs?

Prong wear or bending with four prongs is more likely than with six prongs because each individual prong supports a greater share of the stone's weight. With only four contact points, the loss of even one prong's grip can leave a diamond vulnerable to shifting or falling out entirely. Thin bands and worn metal accelerate this risk, particularly for rings worn during physical activity. Pointed-claw prong variations, where claws taper to a point rather than a rounded tip, can provide a more secure hold with less stone coverage. For anyone choosing a four prong setting, selecting a harder metal alloy and avoiding repetitive impact significantly reduces the chance of premature bending.

How Often Should Four Prong Settings Be Inspected?

Four prong settings should be inspected every six to twelve months by a professional jeweler. According to Milkes Jewelers, routine cleaning and prong inspection on this schedule helps identify loosening or damage before stone loss occurs. Because four prong designs have fewer contact points, even minor wear on a single prong creates disproportionate risk. Between professional visits, a simple at-home check can help: gently press each prong with a fingernail to feel for movement or looseness. Any detected play means the ring should come off immediately until a jeweler examines it.

With inspection habits established, understanding how six prong settings compare over time provides a fuller picture.

How Durable Is a Six Prong Setting Over Time?

A six prong setting is highly durable over time because the additional contact points distribute stress more evenly across the diamond. The subsections below cover prong wear likelihood and recommended inspection frequency.

How Likely Is Prong Wear or Bending With Six Prongs?

Prong wear or bending with six prongs is less likely than with fewer-prong designs because each individual prong bears a smaller share of the holding force. When stress from daily wear is divided across six contact points, no single prong endures concentrated pressure. Even if one prong thins from abrasion, five remaining prongs continue securing the stone.

Six prong settings also use thinner, lighter prongs to minimize metal visibility. While thinner prongs may seem more fragile individually, the redundancy of six points compensates. Quality control failures in 2026 highlight that thin bands and worn metal are primary drivers for catastrophic prong breakage, according to case studies from Hera Fine Jewelry. For most wearers, a well-crafted six prong head remains one of the most structurally forgiving options available.

How Often Should Six Prong Settings Be Inspected?

Six prong settings should be inspected every six to twelve months by a professional jeweler. Regular checkups catch early signs of loosening, thinning, or micro-bending before any prong fails completely.

Key maintenance milestones include:

• Schedule professional cleaning and prong inspection every 6 to 12 months to identify damage early.
• Plan for full prong retipping every 5 to 10 years, depending on wear patterns and metal hardness.
• Perform a quick at-home check monthly by gently tapping near the stone and listening for rattling.

Even with six prongs providing built-in redundancy, skipping routine inspections increases risk over time. Metal fatigues gradually, and the security advantage only holds when each prong maintains proper contact with the girdle. Avoiding common diamond jewelry storage mistakes further protects prong integrity between professional visits. Consistent professional maintenance keeps a six prong setting performing at its best for decades.

Understanding long-term durability helps when evaluating what happens if a prong actually breaks.

What Happens If a Prong Breaks on Each Setting Type?

A broken prong creates different levels of risk depending on whether the ring uses four or six prongs. The sections below explain the consequences of prong failure for each setting type.

What Happens if a Prong Breaks on a Four Prong Ring?

If a prong breaks on a four prong ring, the diamond loses 25% of its holding points and faces immediate risk of falling out. Each prong in a four prong setting bears a significant share of the stone's security, so a single failure can leave the diamond held by only three contact points with minimal lateral support.

This vulnerability makes preventive maintenance essential, yet many owners underestimate the risk because common myths about diamonds create a false sense of indestructibility. Professional jewelers recommend routine cleaning and prong inspection every 6 to 12 months to catch loosening before stone loss occurs. When wear is detected early, retipping a single prong in 2026 typically costs between $35 and $75, according to Robinsons Jewelers. Delaying repairs, however, risks a far more costly outcome: losing the diamond entirely. For four prong owners, consistent inspections are not optional; they are the most practical safeguard against catastrophic loss.

What Happens if a Prong Breaks on a Six Prong Ring?

If a prong breaks on a six prong ring, the diamond loses approximately 17% of its holding structure rather than 25%. Five remaining prongs continue to distribute pressure across the stone's girdle, which provides a temporary safety margin that four prong settings cannot match.

That said, a broken prong on a six prong ring still compromises the setting. The diamond may shift slightly, creating uneven stress on the adjacent prongs and accelerating their wear. While the stone is less likely to fall out immediately, the ring should not be worn until a jeweler completes the repair. The additional redundancy of six prongs buys time for detection, not indefinite protection. Scheduling professional prong retipping every 5 to 10 years helps prevent breakage from reaching this point in any setting type.

With prong failure risks understood, the next consideration is how prong count influences overall ring cost.

Does Prong Count Affect Engagement Ring Cost?

Prong count affects engagement ring cost, though the difference is modest compared to other pricing factors. The impact shows up in material usage, labor complexity, and long-term maintenance expenses.

The cost difference between a four prong and six prong setting typically amounts to a small upcharge for the additional metal and labor required to set two extra prongs. Six prong settings use more precious metal per head, and the precise placement of each prong demands additional bench time from the jeweler. For platinum settings, where material costs run higher than gold, this difference becomes slightly more noticeable.

However, prong count remains a minor cost variable relative to the center stone, metal type, and overall design complexity. According to Intel Market Research, the global engagement rings market was valued at $87.5 billion in 2024 and is projected to reach $132.8 billion by 2034, reflecting how broader market forces drive pricing far more than setting details alone.

Maintenance costs also factor into the long-term equation. Six prong settings have more contact points to inspect and potentially retip over the ring's lifetime, which can add incremental service expenses over decades of wear. Four prong settings have fewer prongs to maintain but may require attention sooner if individual prongs bear greater load.

For most buyers, the upfront price gap between four and six prongs is negligible next to choices about carat weight, diamond quality, and metal selection. The real cost consideration is choosing a setting that minimizes long-term repair risk, since a lost diamond far outweighs any savings on prong count. Understanding how metal choice reinforces prong strength helps complete the cost picture.

How Does Metal Choice Influence Prong Strength and Security?

Metal choice influences prong strength and security by determining how well prongs resist bending, wear, and long-term fatigue. Platinum, white gold, and yellow or rose gold each offer distinct hardness and durability profiles that affect stone retention.

How Do Platinum Prongs Perform for Security?

Platinum prongs perform exceptionally well for security due to the metal's high density and resistance to material loss. Unlike gold alloys, platinum deforms rather than wears away when scratched, meaning the metal displaces instead of shedding. This characteristic helps prong tips retain their mass over decades of daily wear.

Wrought platinum alloys can reach a working hardness of approximately 220 HV, which provides superior durability for prong tips compared to softer annealed states. That combination of hardness and metal retention makes platinum the strongest long-term choice for securing high-value center stones. The tradeoff is a higher upfront cost, but for rings worn daily, the reduced retipping frequency often offsets that investment over time.

How Do White Gold Prongs Perform for Security?

White gold prongs perform well for security when properly maintained, though they require more routine care than platinum. On the Mohs scale, 14K white gold typically measures between 3.5 and 4, according to Reflective Jewelry's comparative hardness analysis of white metals. This places it below palladium at 5.75 and stainless steel at 6.

White gold achieves its bright appearance through rhodium plating, which wears down with regular use. Replating to restore the finish and tarnish protection costs around $80 for a standard ring in 2025. Because the base metal is softer than platinum, white gold prongs lose material more readily through abrasion, making consistent inspection schedules essential. For most wearers, pairing white gold prongs with six-prong configurations adds a practical safety margin.

How Do Yellow or Rose Gold Prongs Perform for Security?

Yellow or rose gold prongs perform adequately for security, particularly in higher karat alloys designed for structural applications. According to J. Fischer-Bühner's research in Gold, Science and Applications, 18K yellow gold alloys can achieve an as-cast hardness of 165 HV, corresponding to a tensile strength of approximately 500 N/mm².

Rose gold, strengthened by its copper content, often exhibits slightly greater scratch resistance than yellow gold at equivalent karat weights. Both metals are softer than platinum alloys, so prong wear accumulates faster with active daily use. Proper prong angles between 70 and 80 degrees help compensate by distributing force evenly across the stone's girdle. For yellow or rose gold settings, regular professional inspections become especially important to catch thinning before it compromises stone retention.

With metal selection clarified, lifestyle factors further shape whether four or six prongs best suit everyday wear.

Should You Choose Four or Six Prongs for an Active Lifestyle?

You should choose six prongs for an active lifestyle because the additional contact points distribute impact force more evenly and provide a safety margin if one prong bends or wears. Four prongs can work for active wearers, but only with a durable metal choice and more frequent inspections.

For hands-on lifestyles involving gym workouts, gardening, sports, or manual work, prong damage from knocks and snags is the primary risk. Six prongs hold the diamond at six separate anchor points, so a single bent prong does not immediately compromise the stone's position. With four prongs, losing even one contact point removes 25% of the diamond's support, making the stone vulnerable to shifting or falling out entirely.

Metal selection matters just as much as prong count for active wearers. Platinum's natural resistance to metal loss during abrasion makes it a strong pairing with either prong count. White gold, while initially harder, wears faster over time and needs periodic rhodium replating. Pairing six platinum prongs with a low-profile basket or cathedral setting creates one of the most impact-resistant configurations available for daily wear.

According to Milkes Jewelers, professional jewelers recommend routine prong inspections every 6 to 12 months to catch loosening before stone loss occurs. Active wearers should lean toward the shorter end of that interval. Regardless of prong count, removing your ring during high-impact activities remains the single most effective way to prevent prong damage.

For most active lifestyles, six prongs paired with a durable metal offer the best balance of security and peace of mind. With the right setting design, even everyday wear becomes far less risky for your diamond.

How Can You Choose the Right Prong Setting With Confidence?

You can choose the right prong setting with confidence by matching your diamond shape, lifestyle, and aesthetic preference to the strengths of four or six prongs. Leon Diamond's custom design process and a clear summary of key differences can simplify the decision.

Can Leon Diamond's Custom Design and Lifetime Warranty Help?

Yes, Leon Diamond's custom design and lifetime warranty can help you choose the right prong setting with complete peace of mind. Every engagement ring includes GIA or IGI certification, complimentary resizing, appraisal papers, and annual in-store cleaning, so your prong setting stays secure long after purchase.

Leon Diamond's custom design process, with turnaround times of three to five days, allows you to tailor prong count, metal type, and head style to your specific diamond shape and daily wear habits. This matters especially now: according to Rêve Diamonds, US consumer preferences in 2025 show a 19% drop in average spend on engagement rings as couples increasingly pivot toward lab-grown diamonds and custom designs.

As a family-owned jeweler in NYC's Diamond District since 1975, Leon Diamond has served over 100,000 clients. That depth of experience means every prong setting recommendation is backed by decades of hands-on craftsmanship, not guesswork.

What Are the Key Takeaways About Four vs Six Prong Settings?

The key takeaways about four vs six prong settings come down to three core trade-offs: security, visibility, and maintenance.

Four prongs expose more of the diamond's surface, maximizing light return and brilliance while creating a larger visual profile.

Six prongs distribute holding force across more contact points, providing a stronger safety margin if one prong wears or bends.

• Four prong settings suit princess, cushion, and emerald shapes where corner protection aligns naturally with prong placement.
• Six prong settings complement round brilliant and oval diamonds by enhancing optical symmetry and perceived roundness.
• Both configurations require professional inspection every six to twelve months, though four prong rings carry higher risk per individual prong failure.
• Metal choice influences prong longevity as much as prong count; platinum offers superior durability while white gold needs periodic rhodium replating.

For most couples, the "right" answer depends on how the ring will be worn daily. Prioritize six prongs for active lifestyles and four prongs when maximum sparkle is the goal. With the right guidance from an experienced jeweler, either setting delivers lasting beauty and security.