Description
Source item #: CPP-55USSL
- 35x35x55 new bulk bag
- Uncoated
- 3000 lb SWL
- U-Panel
- Spout Top + Spout Bottom
- Tabbed Liner
Why Buyers Choose This Bulk Bag
1. Cleaner Filling Operations
The top fill spout supports controlled loading, helping reduce dust generation and improve material handling efficiency.
2. Consistent Product Discharge
The bottom discharge spout allows for controlled flow into hoppers, mixers, and processing equipment while minimizing product loss.
3. Improved Product Protection
An integrated tabbed liner helps protect materials from moisture and contamination while remaining securely positioned throughout the handling process.
4. Ideal for Powder & Fine Material Applications
Commonly used for chemicals, minerals, food ingredients, industrial powders, and other materials that require clean handling and predictable flow.
5. Built for Demanding Industrial Environments
Featuring durable U-Panel construction and a 3,000 lb Safe Working Load, this bag is designed for dependable storage, transportation, stacking, and repeated handling.
FAQ: 35″ x 35″ x 55″ Uncoated U-Panel Bulk Bag with Tabbed Liner
1. What is this bulk bag commonly used for?
This FIBC bulk bag is commonly used for storing and transporting dry bulk materials such as powders, granules, resins, ingredients, chemicals, minerals, and other flowable products.
2. How much weight can this bulk bag safely hold?
This bag has a 3,000 lb safe working load, meaning it is designed to safely hold up to 3,000 lbs when filled, lifted, and handled properly.
3. What is the benefit of the spout top?
The spout top allows for controlled filling, helping reduce spills, dust, and product loss during loading.
4. What is the benefit of the spout bottom?
The spout bottom provides cleaner, more controlled discharge when emptying the bag, making it easier to unload material without cutting the bag open.
5. Why is a tabbed liner useful?
A tabbed liner adds an extra layer of product protection inside the bag. The tabs help keep the liner properly positioned during filling and discharge, reducing shifting, bunching, and possible product contamination.