MWC 300m Military Quartz Divers Watch with Tritium GTLS and Sapphire Crystal on Matching Bracelet

SKU Code: SUQ/SL/SS/BB

This military diver's watch in stainless steel features a ceramic bezel, shatter-resistant sapphire crystal, and a matching bracelet. Powered by a Ronda 715li movement, it boasts an impressive 10-year battery life. The watch is equipped with Tritium GLTS self-luminous light sources, making it an exceptional value for a self-luminous military diver's watch with a cutting-edge specification.

The Gaseous Tritium Light Sources (GTLS) on these watches make them the easiest to see in low light or night conditions. The Tritium vials on the H3 dial illuminate up to 100 times brighter than any other watch dial, allowing you to easily identify the time at a glance.

This watch measures 45mm including the crown and 40mm excluding the crown and comes with a high-quality matching brushed stainless steel bracelet.

Dimensions and Specifications:

• Water Resistance: 300m / 1000ft
• Movement: Ronda 715li with 10-year battery life
• Light Source: GTLS Tritium
• Bezel: Ceramic
• Crown: Screw-down
• Width: Including Crown 45mm (Excluding Crown 40mm)
• Thickness: 15mm
• Crystal Diameter: 31mm
• Crystal Type: Shatter and scratch-resistant sapphire
• Lug to Lug: 49mm
• Weight: 170g
• Strap: Stainless steel bracelet

Benefits of Sapphire Crystal

Many customers inquire about the benefits of sapphire crystal over standard mineral crystal. Synthetic sapphire is the best material for watch crystals due to its exceptional strength, shatter resistance, and scratch resistance. These characteristics make it ideal for military and security personnel, police officers, and individuals with active outdoor lifestyles, who comprise over 70% of our customers.

When accidents result in cracked crystals, over 90% involve watches with mineral glass crystals. Even with hardened mineral crystals, they do not compare to sapphire for durability under adverse conditions. Sapphire crystals are strong because they undergo a heat-treatment process that removes internal stresses, which can cause weakness. After manufacturing, the sapphire glass is made into watch crystals, and two layers of anti-reflective coating are applied. Interestingly, sapphire crystal is now used on the latest iPhones. Despite its higher cost, sapphire crystal is typically found only in higher-end watches.