K&F Concept K&F 67MM,Nano-X Ultra ND1000000 Filter, HD, Waterproof, Anti Scratch, Antireflective Purple-Red Coa KF01.2580V1
Product ID: 6063
SKU: 6063
Model: KF01.2580V1
Ean: 6942052518260
Manufacturer: K&F Concept
Condition: New product
Discover related products
Discover related products
AI ASSISTANT CHAT
This is the beta version of our new assistant chat, capable of answering both standard and advanced questions about product and store operations.
Or ask about:
What are the features? Is this in stock? Actual discounts & offers?
| Type of Product | Camera accessory |
| Filter type | ND (gray) |
| Filter size | 67mm |
| Filter Density | ND100000 |
Product details
K&F 67MM Nano-X Ultra ND1000000 Filter
The K&F 67MM Nano-X Ultra ND1000000 Filter is a specialized neutral density filter that offers extreme light reduction, perfect for solar photography and long exposure shots. It ensures high color fidelity and sharpness while providing robust protection and ease of use.
Key Features
- 20-Stops Light Reduction
- Reduces light by 20 stops for solar photography and long exposures.
- Maintains color fidelity and sharpness.
- Captures fine details of the sun.
- 28-Layer Nano Coating
- High-quality optical glass with 28 layers of nano coating.
- Minimizes reflections and ghosting.
- Scratch, water, oil, and dust resistant.
- Knurled Filter Ring
- Textured for a secure grip, ensuring easy mounting and removal.
- Lightweight & Ultra-Slim Frame
- Prevents vignetting with a durable aluminum alloy frame.
- Wide Compatibility
- Fits all lenses with a 67mm front thread.
Specifications
- Diameter: 67mm
- Light Reduction: 20 stops
- Material: High-quality optical glass
- Coatings: 28-layer nano coating
- Frame Material: Aluminum alloy
- Frame Thickness: Ultra-slim
- Filter Ring: Knurled
Conclusion
The K&F 67MM Nano-X Ultra ND1000000 Filter is essential for photographers needing extreme light reduction for solar photography or long exposures. Its advanced design and durability make it a valuable addition to any professional kit, ensuring superior performance in bright conditions.
Google