Etl-Certified Glass Blender With 3 Blades For Smoothies And Cooking - Small Jar Ideal For Turkey

Etl-Certified Glass Blender With 3 Blades For Smoothies And Cooking - Small Jar Ideal For Turkey - Image 2

Etl-Certified Glass Blender With 3 Blades For Smoothies And Cooking - Small Jar Ideal For Turkey - Image 3

ETL-Certified Glass Blender with 3 Blades for Smoothies and Cooking – Small Jar Ideal for Turkey

Name: ETL-Certified Glass Blender with 3 Blades for Smoothies and Cooking - Small Jar Ideal for Turkey
SKU: 0310295465113
Price: 24 USD
Availability: InStock

$24.00

Description

Introducing our Glass Small 3 Blades Smoothie Commercial Cooker Turkey ETL Jar Blender! Perfect for smoothies, soups, and more, it offers powerful blending with an easy-to-clean filter. Elevate your culinary creations today—buy now and blend with confidence!

SKU 0310295465113 Category Food & Beverage Equipment Tags Best Blender, Beverage Cereal, Blender Device, Blender Manufacturer, Cheese Making Machine, Dairy Homogenizer Machine, Double Blender, Granule Blender, Other Machinery for Food, Pharmaceutical Equipment Machinery, Small Case, Small Part, Small Plastic, Small Tool, Snack Machinery, Yogurt Production Machinery Brand: Zhongshan Huiren Electric Appliance Co., Ltd.

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1. What is the capacity of the ETL Jar Blender?

The Glass Small 3 Blades Smoothie Commercial Cooker Turkey ETL Jar Blender has a capacity of 1.5 liters, making it perfect for both small and large batches of smoothies, soups, and sauces.

2. Is the blender easy to clean?

Yes, the blender is designed for easy cleaning. The glass jar is dishwasher safe, and the detachable blades can be rinsed under running water. For a more thorough clean, you can blend warm water and soap in the jar, then rinse it out.

3. Can this blender handle hot ingredients?

Absolutely! The Glass Small 3 Blades Smoothie Commercial Cooker is specifically designed to handle hot ingredients, making it ideal for preparing soups and sauces. Just be sure to follow the manufacturer’s guidelines for maximum temperature limits.