MK100 | 10/14mm Low Pro Reducer Adapter

Introducing the MK100 Glass 10/14mm Low Pro Reducer Glass Adapter – the perfect solution for customizing and downsizing your bong setup without sacrificing performance. This glass-on-glass adapter lets you easily connect a 14mm accessory to a 10mm joint, giving your rig greater versatility and functionality.

Crafted from premium borosilicate glass, this low-profile adapter ensures a seamless transition without adding extra bulk to your setup. Its compact and efficient design lets you easily swap out accessories, giving you more flexibility to use different pieces while maintaining your rig's sleek aesthetic.

The 10/14mm Low Pro Glass Reducer Adapter converts a 14mm female joint to a 10mm size, optimizing airflow for smoother, more concentrated hits. This size reduction enhances your dabbing or smoking experience and helps minimize residue buildup, making cleaning a breeze and ensuring a cleaner session every time.

Available in a range of stylish colors, such as transparent blue, green, milky purple, and jade green, this adapter adds both functionality and a pop of color to your setup. This adapter is a must-have whether you want to expand your accessory options or upgrade your rig's performance.

Key Features:

• Size Conversion: Converts a 14mm female joint to a 10mm, expanding your accessory compatibility
• Low-Profile Design: Slim and compact, integrating seamlessly with your rig
• Durable Borosilicate Glass: High-quality, long-lasting glass construction
• Improved Airflow: Enhanced airflow delivers smoother, more potent hits
• Easy Maintenance: Reduces residue buildup for more straightforward, cleaner sessions
• Color Options: Available in blue, green, purple, and white
• MK100 Logo: Features the signature etched MK100 logo for a touch of authenticity

Enhance your setup with the MK100 Glass 10/14mm Low Pro Reducer Adapter and enjoy the freedom to customize your rig effortlessly while improving your smoking experience.

Browse the MK100 Glass collection here. 

Added October 3, 2024