< >

Standard Weight Sheet Protector, Medium-Duty, Side: 3-Hole Punched, Top Load 8.5 x 11 Insert, Semi-Clear Front, 100/Box

Name: Standard Weight Sheet Protector, Medium-Duty, Side: 3-Hole Punched, Top Load 8.5 x 11 Insert, Semi-Clear Front, 100/Box
Brand: Avery®
SKU: AVE75536

Product Code: AVE75536

Product Unit: BX100

16 Stock Available

Ideal for long-term storage, non-stick polypropylene material is acid-free and won't lift print.
Top loading—no need to punch inserts.
Clear binding edge for a professional look.
Protects 8 1/2" x 11" insert sheets.

Select Product Options:

Product Details

Product Information

Code	AVE75536
Manufacturer	AVERY PRODUCTS CORPORATION
Manufacturer Part Number	66852
Global Product Type	Punched Ring Binder Sleeves
Load Orientation	Top
Document Size Range	Letter
Grade	Medium-Duty
Hole-Punch Details	Side: 3-Hole
Insert Size	8.5 x 11
Front Face Color	Semi-Clear
Front Face Material	Polypropylene
Backing Color	Semi-Clear
Backing Material	Polypropylene
Sheet Capacity	10
Product Biodegradability Indicator	N
Product Biodegradability in Days	0
Product Compostability Indicator	N
Pre-Consumer Recycled Content Percent	0%
Post-Consumer Recycled Content Percent	0%
Total Recycled Content Percent	0%
UPC	077711755369
UNSPSC	44122002

Additional Info

Package	Small Package; Eligible for UPS Shipping

Shipping Weight & Item Dimensions ( Box )

Weight	1.85 lbs.
Height	1.625 in
Length	11.938 in
Width	10 in

Shipping Weight & Item Dimensions ( Carton )

Weight	10 lbs.
Height	9 in
Length	12.75 in
Width	10.5 in

Additional Info

Country of Origin	China

Description

Ensure that your important papers last as long as you need them. These sheet protectors provide your documents with quality protection that allows you to view your papers with impressive clarity. The acid-free and archival-safe material won't stick to your papers, so print stays on your documents rather than clinging to the plastic covering. With these convenient sheet protectors, you can preserve the look and condition of your papers for maximum efficiency.