TITANGRAPHINE TF006 C01 WOMEN'S OPTICAL GLASSES / EXCLUSIVE NON THERMAL FAR INFRARED TECHNOLOGY / EMISSION OF FIR >90%​

Laboratory certified the emission of far infrared >90%. EXCLUSIVE NON THERMAL FAR INFRARED TECHNOLOGY. Far-infrared can promote blood circulation and increase oxygen levels in the blood. The additional energy generated can have many positive effects on muscle fatigue and tissue and muscle regeneration. It helps reducing inflammation and relieve pain (e.g. headache). Enhances enzyme activity and metabolism by simulating blood circulation. Produces warming effect for local muscle relaxation (e.g. relieve eye dryness and fatigue).

WOMEN'S OPTICAL GLASSES are a type of eyewear specifically designed for women, offering a wide range of styles, colors to suit different preferences and needs. These glasses serve both functional and fashion purposes, providing wearers with clear vision while also serving as a stylish accessory that can enhance their appearance.

WOMEN'S OPTICAL GLASSES are an important accessory that can enhance both vision and style. Women can find glasses that suit their unique needs and preferences while also reflecting their personal style.

Specifications:

Feature Advantages:

1. Far-infrared's blood circulation-boosting properties can enhance oxygenation of the blood.

2. Far-infrared's anti-inflammatory properties can help alleviate pain, such as headaches.

3. Far-infrared's ability to stimulate blood circulation can enhance enzyme activity and metabolism.

4. Far-infrared's warming effect can promote muscle relaxation, providing relief for eye dryness and fatigue.

5. Far-infrared's energy-boosting properties can help reduce muscle fatigue and promote tissue regeneration.

Our strengths:

Grand Maple Optical Ltd. is a reputable optical company that offers high-quality eyewear products and services. The company has several strengths that set it apart from its competitors.

One of our key strengths is our wide range of eyewear products. Grand Maple Optical Ltd. provides OEM services for branded eyewear companies in the US and Europe. Our products are made from high-quality materials and come in various styles and designs to suit different preferences and needs.

In addition to our wide range of products, Grand Maple Optical Ltd. is also known for its innovative thinking. The company has integrated three new technological elements into the eyewear business: TITANGRAPHINE, NTY, and PLASTEEL.

TITANGRAPHINE is a brand new technology in the eyewear industry. It is a nano material with non-thermal far infrared power embedded into the eyewear. Studies suggest that far infrared radiation (FIR) can have positive effects on eye health and vision. FIR therapy improved visual acuity and reduced eye fatigue in patients with dry eye syndrome, according to one study. Another study found that FIR therapy reduced intraocular pressure in patients with glaucoma. FIR can also help reduce eye strain and improve blood circulation around the eyes. The FIR material may also have antibacterial and anti-inflammatory properties, which could help prevent eye infections or reduce inflammation in the eyes.

NTY is another innovative technology from Grand Maple Optical Ltd. It is antimicrobial eyewear with silver ions coated on the surface of the eyewear. This technology helps reduce the risk of infection by preventing the growth and spread of bacteria, viruses, and other microorganisms that can cause eye infections. It can help maintain a higher level of hygiene by reducing the buildup of germs and bacteria on the surface of the glasses.

Finally, Grand Maple Optical Ltd. offers PLASTEEL, which is made from PEEK plasma. This material is almost the strongest plastic in the world and passed the car compression test. Unbreakable eyewear offers several benefits over traditional eyewear that is more susceptible to damage and breakage. PLASTEEL is highly durable, thus wearers may be able to avoid needing to replace their glasses. It is also lightweight and comfortable to wear, even over extended periods. The total weight is 9g which is equivalent to 2pcs of A4 paper. Thus, it is comfortable for wearers to go about their daily activities without worrying about discomfort or irritation from their glasses.

Overall, Grand Maple Optical Ltd. is a leading optical company that provides high-quality eyewear products and services. Their wide range of products and innovative thinking, including the integration of TITANGRAPHINE, NTY, and PLASTEEL, set them apart from their competitors.

FAQ:

1. What materials are your frames made from?

Answer: Our frames are made from a range of granule e.g. EMS TR90 from Switzerland. G850 plant base material from Arkema in France and PEEK from Evonik in Germany. We use only the best materials to ensure that our frames are durable, comfortable, and stylish.

2. What is your production capacity?

Answer: Our production capacity varies depending on the type of frame and the quantity required. Our annual output would be 280K to 350K pcs.

3. What is your lead time for production and delivery?

Answer: Our lead time for production and delivery depends on the quantity and customization requirements of the frames. It would range from 45 days to 70 days.

4. Do you offer OEM/ODM services?

Answer: Yes, we offer OEM/ODM services for our clients. We have a team of experienced designers and engineers who can work with clients to create custom frames that meet their unique specifications.

5. What is your minimum order quantity (MOQ)?

Answer: Our MOQ would be 300pcs per injected colors.

6. Do you offer customization options for your frames?

Answer: Yes, we offer a range of customization options for our frames, including color, size, shape, and other design elements. We work closely with our clients to create frames that meet their specific needs and preferences.

7. RX (prescription) / READING or PROGRESSIVE lenses are available for selection?

Answer: NO, it's important to consult with an optometrist or optician to ensure that the lenses will fit properly in the frame and provide the correct level of vision correction.