[How to choose your own optical glass]

1. Optical performance requirements: Specify the required transmittance, absorption rate, refractive index and other specific optical indicators, according to the application scenario to determine, such as the need for high transparency or specific wavelength selection of transmittance.

2. Wavelength range: Consider the wavelength range of light to be used, and ensure that the optical glass has a good performance in this range.

3. Size and shape: According to the actual use of the device or equipment requirements, choose the appropriate size and shape.

4. Durability: If the application environment has special requirements, such as high temperature, high humidity, corrosion, etc., choose the corresponding optical glass with good resistance.

5. Cost factor: combined with the budget, choose the cost-effective products under the premise of meeting the performance requirements.

6. Brand and quality: To understand the reputation and product quality of different brands, choose Nantong Zhenhua Optoelectronics Co., LTD.

7. Application compatibility: Ensure that optical glass and other related components or materials can be well compatible and cooperate in use.

[Product customization process]

Contact us to understand the customization needs --> Provide material, quantity, specifications or drawings --> Quick quote --> Confirm the plan --> Order production --> Packaging and delivery --> Acceptance after receiving the goods to confirm receipt

[Product Details]

LB10 optical glass is a kind of material with specific optical properties.

First, in terms of composition, the chemical composition of LB10 optical glass is carefully formulated to achieve specific physical and chemical properties.

In terms of optical properties, it has good transparency and uniformity, can effectively transmit light, and has a relatively stable refractive index in a certain wavelength range. This makes it useful in optical instruments and devices.

The thermal stability of LB10 optical glass is also relatively excellent, and it can maintain its optical performance and dimensional stability over a certain temperature range.

Its hardness and wear resistance are also relatively good, which helps to reduce surface wear and scratches during use, thus ensuring the accuracy and performance of the optical system.