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Canon DROP-IN PL-C FILTER 52

Polarizing control with easy drop-in lens compatibility.

RM1,036.00

πŸ’° << CLICK ME >>Buy Now Pay Later / Installment Plan Info
Based on BNPL price: RM 1,098.16
BNPL / Installment up to 12 Months
3 months: RM 366.05
6 months: RM 183.03
12 months: RM 91.51
πŸ’³ 0% Plan Available – For Hong Leong & Public Bank (Walk-in only)
πŸ“² WhatsApp Us for More Info
SKU: CAN-FLT-DROPPL52 Categories:

Description

The Canon Drop-In PL-C Filter 52 is a high-quality circular polarizing filter designed for use with Canon’s EF lens system that supports drop-in filters. This filter helps to reduce reflections and glare from non-metallic surfaces such as water and glass, enhancing color saturation and contrast. Ideal for professional photographers and videographers, this filter improves image clarity and quality while maintaining the integrity of the original scene.

Technical Specifications

  • Filter Type: Circular Polarizing (PL-C)
  • Filter Size: 52mm (Drop-In)
  • Compatibility: Compatible with Canon EF lenses that support drop-in filters
  • Effect: Reduces glare and reflections, enhances color saturation
  • Material: High-quality optical glass
  • Adjustment: Rotating mechanism for polarization control

Key Features

βœ”οΈ Drop-in design for easy insertion into compatible Canon EF lenses
βœ”οΈ Circular polarizer enhances contrast and color fidelity
βœ”οΈ Ideal for landscape, architecture, and outdoor photography
βœ”οΈ Maintains image sharpness and reduces unwanted reflections
βœ”οΈ High-quality optical construction for professional results

Use Cases

πŸ“Έ Landscape Photography – Enhance sky contrast and reduce haze
πŸŽ₯ Videography – Minimize glare on reflective surfaces
πŸ›οΈ Architecture – Improve detail and reduce reflections from glass windows
πŸš— Automotive Photography – Enhance paint reflections and minimize windshield glare

This Canon Drop-In PL-C Filter 52 is an essential accessory for photographers and videographers looking to achieve superior image quality in challenging lighting conditions.