Sapphire Dome Top-notch protective shield SapphireGuard Elite

Sapphire Dome‘s abstract

Sapphire Dome‘s data chart

Part	Dia.	R1	R2	H	CT	Power/Irreg.	S/D	Note
1166	1.575	0.787	-0.709	0.846	0.079	3fr over any 1.181	80/50	> Hemi
1167	1.575	0.787	-0.709	0.846	0.079	1fr over any 2.000	60/40	> Hemi
3511	1.732	0.866	-0.787	0.728	0.079	3fr over any 1.181	60/40	< Hemi
3512	1.732	0.866	-0.787	0.728	0.079	1fr over any 2.000	60/40	< Hemi
9944	1.800	0.905	-0.827	0.905	0.079	4fr over any 1.575	80/50	Hemi
1168	1.969	0.984	-0.906	1.024	0.079	3fr over any 1.181	80/50	> Hemi
1169	1.969	0.984	-0.906	1.024	0.079	1fr over any 2.000	60/40	> Hemi
9903	2.000	1.000	-0.910	1.000	0.090	4fr over any 1.969	80/50	Hemi
1170	2.362	1.181	-0.984	1.142	0.197	3fr over any 1.181	60/40	< Hemi
1171	2.362	1.181	-0.984	1.142	0.197	1fr over any 2.000	60/40	< Hemi
7511	2.600	1.299	-1.181	1.299	0.118	3fr over any 1.181	60/40	Hemi
7512	2.600	1.299	-1.181	1.299	0.118	1fr over any 2.000	60/40	Hemi
4001	2.953	1.476	-1.358	1.476	0.118	3fr over any 1.181	60/40	Hemi
4002	2.953	1.476	-1.358	1.476	0.118	1fr over any 2.000	60/40	Hemi
9902	3.000	1.500	-1.410	1.500	0.090	4fr over any 1.969	80/50	Hemi
8203	3.300	1.650	-1.532	1.650	0.118	3fr over any 1.181	60/40	Hemi
8204	3.300	1.650	-1.532	1.650	0.118	1fr over any 2.000	60/40	Hemi
8201	3.300	1.650	-1.512	1.650	0.138	3fr over any 1.181	60/40	Hemi
8202	3.300	1.650	-1.512	1.650	0.138	1fr over any 2.000	60/40	Hemi
4003	3.346	1.673	-1.575	1.555	0.098	3fr over any 1.181	60/40	< Hemi
4004	3.346	1.673	-1.575	1.555	0.098	1fr over any 2.000	60/40	< Hemi
4601	3.940	1.988	-1.870	1.988	0.118	3fr over any 1.181	60/40	Hemi
4602	3.940	1.988	-1.870	1.988	0.118	1fr over any 2.000	60/40	Hemi
4603	3.940	1.988	-1.831	1.988	0.157	3fr over any 1.181	60/40	Hemi
4604	3.940	1.988	-1.831	1.988	0.157	1fr over any 2.000	60/40	Hemi
9141	3.940	1.969	-1.811	3.150	0.157	3fr over any 1.181	80/50	Hyper – 240°
4705	4.000	2.000	-1.520	2.000	0.480	3fr over any 1.181	60/40	Hemi
4706	4.000	2.000	-1.520	2.000	0.480	1fr over any 2.000	60/40	Hemi
1021	4.500	2.953	-2.827	0.787	0.126	3fr over any 1.181	60/40	< Hemi
1022	4.500	2.953	-2.827	0.787	0.126	1fr over any 2.000	60/40	< Hemi
9011	5.900	2.953	-2.756	3.937	0.197	3fr over any 1.181	80/50	Hyper – 240°
9031	9.000	4.528	-4.291	4.724	0.236	3fr over any 1.181	80/50	Hyper – 240°

Sapphire Dome‘s key feature

Sapphire Dome: Elevating Protection with Unparalleled Features

In the realm of advanced protective solutions, the “Sapphire Dome” stands as a beacon of innovation, redefining the standards for safeguarding optical components. With a foundation of sapphire, a material renowned for its exceptional properties, the “Sapphire Dome” introduces a myriad of key features that collectively contribute to its unmatched performance. In this comprehensive exploration, we delve into the intricacies of the “Sapphire Dome,” shedding light on its key attributes and their profound implications across various applications.

1. Unrivaled Hardness:

At the core of the “Sapphire Dome” lies an unparalleled hardness, a characteristic that positions it as a stalwart defender against the rigors of the environment. Second only to diamond, sapphire’s hardness ensures robust protection, rendering the “Sapphire Dome” resistant to scratches, abrasions, and wear. This attribute is particularly crucial in applications where the integrity of optical surfaces is paramount.

2. Exceptional Transparency:

Transparency is a defining feature of the “Sapphire Dome,” offering an unobstructed view through its crystalline structure. Across the visible and near-infrared spectrum, sapphire’s transparency is outstanding, making the it an ideal choice for applications demanding optical clarity. This feature is particularly advantageous in optical sensors, imaging systems, and various military applications.

3. Chemical Stability:

Sapphire’s chemical stability is a testament to its resilience in harsh environments. The “Sapphire Dome” resists corrosion and chemical degradation, ensuring a prolonged lifespan even in the face of challenging conditions. This stability is crucial for applications where exposure to harsh chemicals or corrosive elements is a concern.

4. High Temperature Stability:

In environments characterized by elevated temperatures, the “Sapphire Dome” maintains its structural integrity and performance. This attribute broadens its applicability to high-temperature applications, such as aerospace systems and military equipment subjected to extreme thermal conditions.

5. Lightweight Composition:

Despite its impressive hardness, the “Sapphire Dome” remains lightweight, making it an ideal choice for applications where weight considerations are critical. This characteristic is particularly advantageous in aerospace and defense applications, where minimizing weight without compromising durability is paramount.

6. Resistance to Abrasion:

The “Sapphire Dome” boasts exceptional resistance to abrasion, ensuring sustained optical clarity even in environments with abrasive particles. This makes it an invaluable asset in applications ranging from protective covers for optical sensors to durable lenses in challenging outdoor settings.

7. Broad Spectrum Optical Performance:

Sapphire’s optical characteristics extend beyond transparency, encompassing a broad spectrum of optical performance. The “Sapphire Dome” exhibits low birefringence, ensuring minimal distortion of transmitted light. This feature is pivotal in applications requiring precise optical performance.

8. Customization Capabilities:

One of the distinguishing features of the it is its versatility in customization. Tailored to meet the specific requirements of diverse applications, it can be customized in terms of shapes, sizes, and coatings. This flexibility ensures that the protective shield seamlessly integrates into a myriad of optical systems.

9. Enhanced Durability in Harsh Environments:

The “Sapphire Dome” excels in harsh environments, where durability is non-negotiable. Whether facing extreme temperatures, corrosive substances, or abrasive conditions, this protective shield remains steadfast, ensuring the longevity and reliability of the optical components it guards.

10. Impact Resistance:

In applications where impact resistance is paramount, the “Sapphire Dome” shines. Its robustness extends to protection against impacts, making it a suitable choice for scenarios where the optical components may be exposed to physical stresses.

11. Anti-Reflective Coatings:

To further enhance its optical performance, it can be equipped with anti-reflective coatings. These coatings minimize reflection, maximizing light transmission and improving the overall efficiency of optical systems.

12. Military-Grade Applications:

The combination of hardness, transparency, and durability positions the “Sapphire Dome” as an exceptional choice for military applications. From protecting optical sensors on military vehicles to ensuring the clarity of targeting systems, the “Sapphire Dome” meets the stringent demands of military-grade environments.

13. Aerospace Innovations:

Aerospace applications benefit significantly from the “Sapphire Dome.” Its lightweight yet robust nature makes it an ideal choice for protective covers on aircraft windows, ensuring durability without compromising fuel efficiency.

14. Scientific Instrumentation:

In scientific instrumentation, where precision is paramount, the “Sapphire Dome” finds its place. Its optical clarity and resistance to environmental factors make it an asset in laboratories and research settings.

15. Contribution to Sustainable Technologies:

Sapphire, being a naturally occurring material, contributes to the sustainability of the “Sapphire Dome.” As a durable and long-lasting protective solution, it aligns with the principles of sustainable engineering, reducing the need for frequent replacements and minimizing environmental impact.

Conclusion:

The “Sapphire Dome” epitomizes the synergy between cutting-edge technology and natural resilience. Its key features, ranging from unparalleled hardness to exceptional transparency, position it as a game-changer in the realm of protective shields for optical components. As technology advances, the “Sapphire Dome” stands ready to meet the evolving demands of diverse industries, promising longevity, reliability, and unparalleled performance.

Sapphire Dome‘s application

Applications of the Sapphire Dome: Revolutionizing Optical Protection

The Sapphire Dome, with its exceptional characteristics, finds a wide array of applications across various industries, where the need for robust optical protection meets the demands of uncompromised transparency. In this comprehensive exploration, we delve into the diverse applications that showcase the versatility and innovation embedded within the Sapphire Dome.

1. Military and Defense:

In military and defense applications, the Sapphire Dome emerges as a crucial component, offering unmatched protection for optical sensors, targeting systems, and communication devices. Its exceptional hardness ensures resilience against harsh environmental conditions and potential threats, making it an invaluable asset in safeguarding critical military equipment.

2. Aerospace Technology:

Aerospace engineers turn to the Sapphire Dome for its lightweight yet robust characteristics. It serves as an ideal protective cover for aircraft windows, ensuring durability without compromising fuel efficiency. The it ‘s resistance to abrasion and high temperatures makes it well-suited for the demanding conditions encountered in aerospace travel.

3. Optical Sensors and Imaging Systems:

The transparency and optical clarity of the Sapphire Dome make it a natural choice for protecting optical sensors and imaging systems. Its ability to maintain clarity across the visible and near-infrared spectrum is crucial for applications that rely on precise data acquisition, such as surveillance cameras, satellites, and unmanned aerial vehicles.

4. Laser Communication Systems:

Sapphire’s transparency and resistance to harsh environmental factors position the Sapphire Dome as an optimal choice for protecting optical components in laser communication systems. By ensuring minimal signal loss and maintaining signal integrity, it contributes to the efficiency and reliability of laser communication networks.

5. Night Vision Technology:

The Sapphire Dome plays a pivotal role in night vision technology, where maintaining optical clarity in low-light conditions is paramount. Its exceptional transparency allows for optimal light transmission, enhancing the performance of night vision devices in military, surveillance, and security applications.

6. Scientific Instrumentation:

Researchers and scientists leverage the Sapphire Dome in various scientific instruments where precision and optical clarity are critical. Its durability and resistance to environmental factors make it suitable for use in laboratories and research facilities, contributing to the advancement of scientific discoveries.

7. Submersibles and Underwater Equipment:

The Sapphire Dome’s resistance to corrosion and pressure makes it an ideal choice for protecting optical components in submersibles and underwater equipment. Its durability ensures reliable performance in challenging underwater environments, where traditional materials might fail.

8. High-Performance Cameras:

In the realm of high-performance cameras, it serves as a protective cover for lenses, ensuring that optical elements remain pristine and free from scratches or damage. This application is particularly relevant in professional photography, cinematography, and surveillance systems.

9. Industrial and Manufacturing Processes:

The Sapphire Dome’s resistance to chemicals and high temperatures finds application in industrial and manufacturing processes. It can protect optical sensors and cameras used in environments where exposure to corrosive substances or extreme temperatures is common.

10. Automotive Safety Systems:

In the automotive industry, the Sapphire Dome contributes to the safety and functionality of advanced driver assistance systems (ADAS). Its durability and resistance to environmental factors make it suitable for protecting sensors and cameras integral to features such as collision avoidance and lane departure warning systems.

11. Medical Imaging Devices:

Medical imaging devices, such as endoscopes and imaging systems, benefit from the Sapphire Dome’s optical clarity and resistance to environmental factors. It ensures that medical professionals receive accurate and clear images during diagnostic procedures.

12. Space Exploration:

The Sapphire Dome finds application in space exploration missions, where the harsh conditions of outer space demand robust and reliable materials. It protects optical components on satellites, rovers, and other spacecraft, contributing to the success of space exploration endeavors.

13. Renewable Energy Systems:

In solar energy applications, the Sapphire Dome can be used to protect optical components in concentrating solar power systems. Its resistance to high temperatures and durability make it suitable for ensuring the longevity of optical elements in solar concentrators.

14. Wearable Technology:

As wearable technology becomes more prevalent, the Sapphire Dome can find application in protective covers for optical sensors and cameras in devices such as smart glasses and augmented reality headsets, providing durability and optical clarity.

15. Customized Solutions for Emerging Technologies:

The versatility of the Sapphire Dome extends to customized solutions for emerging technologies. Its adaptability in terms of shapes, sizes, and coatings allows it to seamlessly integrate into the evolving landscape of technological advancements, meeting the unique requirements of diverse applications.

Conclusion:

The applications of the Sapphire Dome span a wide spectrum of industries, each benefiting from its unique combination of hardness, transparency, and durability. As technology continues to advance, the Sapphire Dome stands as a testament to innovation in optical protection, playing a pivotal role in enhancing the performance and reliability of optical components across diverse and dynamic fields.

Sapphire Dome‘s advantage

The Sapphire Dome, with its exceptional characteristics, boasts a myriad of advantages in the realm of optics, making it an ideal choice for numerous applications.

1. Unparalleled Hardness: One of the most prominent advantages of the Sapphire Dome lies in its extraordinary hardness. Second only to diamond, its hardness ensures exceptional resistance against scratches, abrasions, and external damages, making it stand out in applications requiring high durability and wear resistance.

2. Unmatched Transparency: The Sapphire Dome is revered for its outstanding transparency, especially across the visible and near-infrared spectrum. This makes it an invaluable choice in applications demanding optical components to maintain unparalleled transparency, such as sensors, cameras, and telescopes.

3. Chemical Stability: The chemical stability of sapphire in the Sapphire Dome enables it to resist chemical corrosion and other corrosive substances. This makes it highly practical in fields where environmental stability is crucial, such as military, aerospace, and medical devices.

4. High Temperature Stability: Maintaining stability in high-temperature environments, the Sapphire Dome proves to be highly adaptable in applications that demand resistance to extreme temperature conditions. For example, in aerospace, it ensures performance integrity even under high-temperature or high-speed conditions.

5. Abrasion Resistance: The Sapphire Dome exhibits excellent resistance to abrasion, making it highly practical in applications where optical components need protection while maintaining clarity. This is crucial for long-term reliability, whether in camera lenses or laser equipment.

6. Lightweight Design: Despite its exceptional hardness, the Sapphire Dome’s lightweight design makes it highly practical in applications where reducing weight is essential. This is particularly advantageous in aerospace and other scenarios where minimizing payload is crucial.

7. Broad Spectrum Optical Performance: Beyond transparency, the Sapphire Dome excels in a broad spectrum of optical performance. Displaying low birefringence, it ensures transparency is minimally affected by optical distortions, critical for applications requiring high-precision optical performance.

8. Customization Flexibility: The Sapphire Dome distinguishes itself with its flexibility in customization. It can be tailored to specific application requirements, including shapes, sizes, and coatings. This adaptability ensures seamless integration into various optical systems, enhancing the overall effectiveness of the protective shield.

9. Longevity and Reliability: Due to its hardness and durability, the Sapphire Dome boasts outstanding longevity and reliability. This makes it an ideal choice in critical applications requiring low maintenance and high performance, reducing the frequency of equipment maintenance.

10. Impact Resistance: In applications where impact resistance is paramount, the Sapphire Dome shines. Its robustness extends to protection against impacts, ensuring optical components remain intact even under external physical stress.

11. Anti-Reflective Coatings: The Sapphire Dome can be equipped with anti-reflective coatings to further enhance its optical performance. These coatings minimize reflections, maximizing light transmission and improving the overall efficiency of optical systems.

12. Contribution to Sustainable Technologies: Utilizing sapphire as a naturally occurring material, the Sapphire Dome contributes to sustainable technology. Its durability and long lifespan align with principles of sustainable engineering, reducing the need for frequent replacements and minimizing environmental impact.

In conclusion, the Sapphire Dome’s numerous advantages position it prominently across various industries, propelling optical protection technology to the forefront. Its hardness, transparency, and customization capabilities form the cornerstone of its exceptional performance, providing reliable solutions for diverse application domains.