Mounting Medium Mercedes Scientific® LiquiMount d-Limonene 4oz Squeeze Bottle
About this product
ELIMINATES THE NEEED TO USE HAZARDOUS XYLENE AS A CLEANING AGENT
Highlights
Mercedes Scientific® LiquiMount™ Mounting Medium is an innovative 4oz squeeze bottle of clear mounting medium that offers a safer, more efficient alternative to traditional xylene-based products.
Key Features:
Xylene-Free Formula: Eliminates the need for xylene as a clearing agent, reducing exposure to hazardous chemicals.
d-Limonene-Based: Derived from natural sources, d-Limonene is a common, safer alternative with lower toxicity compared to traditional solvents.
Easy Application: Packaged in a 4oz squeeze bottle, LiquiMount™ allows precise, controlled application to reduce waste and ensure clean results.
Key Benefits of Mercedes Scientific® LiquiMount™ Squeeze Bottle:
Eliminates the need for hazardous xylene as a clearing agent
Contains d-Limonene, a naturally occurring terpene
Compliant with GRAS (Generally Recognized as Safe)
Eco-friendly for improved laboratory safety
Convenient 4oz squeeze bottle for precise application
LiquiMount™ harnesses the power of d-Limonene, a common terpene found in nature. This medium makes routine mounting not only safer but also widely used in food products such as fruit juices, soft drinks, baked goods, ice cream, and pudding. By choosing medium LiquiMount™ for mounting, you’re opting for a product that aligns with the highest safety standards in both laboratory and food industries.
Enhance Your Laboratory Efficiency
Experience improved workflow and reduced health risks with LiquiMount™. Its clear formulation ensures crystal visibility, while the squeeze bottle design allows for precise, controlled application. Embrace a more environmentally friendly approach to your research without compromising on quality or results.
Make the Smart Choice Today
Upgrade your laboratory supplies with Mercedes Scientific® LiquiMount™ Mounting Medium. Reduce risk and enhance safety by incorporating LiquiMount™ in
Item Specifications
-
0
-
Normal
-
Each