4" x 6" LDPE-Plain Opened Bags, 2 mil (100 Pieces) [PE246]
Quantity | Pieces | Each | % Disc | Total |
---|---|---|---|---|
1 pack | 100 | $0.0164 | 0% | $1.64 |
10 packs | 1000 | $0.0143 | 13% | $14.30 |
80 packs | 8000 | $0.0132 | 20% | $105.60 |
160 packs | 16000 | $0.0127 | 23% | $203.20 |
240 packs | 24000 | $0.0122 | 26% | $292.80 |

Our poly flat bags make ideal bags for shipping and bundling products. Our PE246 LDPE Plain Opened Bag measures 4" x 6" and can be used for cards, magnets, crafts, office supplies, and more. Poly flat bags protect your shipments from dust, grime, and moisture. The flexible yet sturdy material is 2 mil thick and made of 100% virgin, clear polyethylene film. These flat polyethylene bags are side-sealed and come open-ended for easy fulfillment. This smaller 4" x 6" bag size works well for bundling or storing smaller items and parts.
Our poly flat bags make ideal bags for shipping and bundling products. Our PE246 LDPE Plain Opened Bag measures 4" x 6" and can be used for cards, magnets, crafts, office supplies, and more. Poly flat bags protect your shipments from dust, grime, and moisture. The flexible yet sturdy material is 2 mil thick and made of 100% virgin, clear polyethylene film. These flat polyethylene bags are side-sealed and come open-ended for easy fulfillment. This smaller 4" x 6" bag size works well for bundling or storing smaller items and parts.
- Pack Quantity: 100
- Color Description: Clear
- Outer Dimensions: 4" x 6"
- Closure Type: No Flap/Open
- Food Safe: Yes
- Heat Sealable: Yes
- Material: PE
- Thickness: 2 mil
- Pack Quantity: 100
- Color Description: Clear
- Outer Dimensions: 4" x 6"
- Closure Type: No Flap/Open
- Food Safe: Yes
- Heat Sealable: Yes
- Material: PE
- Thickness: 2 mil
- 2.0 mil thickness
- Standard open-end bags made of Low Density Polyethylene (LDPE)
- 100% virgin, clear polyethylene film
- Food safe material
- 2.0 mil thickness
- Standard open-end bags made of Low Density Polyethylene (LDPE)
- 100% virgin, clear polyethylene film
- Food safe material