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Zebra OLA Ballpoint Pen - 1 mm (0.04") Medium Pen Point - Retractable - Blue Ink - Blue Rubber Barrel - 1 / Each
Item Code: 2352000
Category
Ballpoint Retractable Pens
Manufacturer Zebra Technologies Corporation
Manufacturer Ref 23520
- Reduce writing fatigue with the ballpoint pen
- Blue ink color for maximum user convenience and reliable writing and drawing efficiency
- 1 mm (0.04") Medium pen point ensures optimal, vibrant writing and drawing that looks smooth and detailed
- With visible ink supply always be aware of the level of ink
- Blue barrel color to better match your theme and allows optimal usage feasibility
Description
Retractable medium point ballpoint pen features an anti-skid grip for ultimate writing control. Co-molded rubberized barrel comforts the entire hand. Features an ultra-modern design. Semi-translucent barrel lets you monitor ink supply.
Specifications
UNSPSC Code
44121704
Additional Information
Package Quantity:
- US:1 Dozen
- Canada: 1 BX
Assembly Required
No
Barrel Color
Blue
Barrel Material
Rubber
Brand
Zebra Pen
Brand Name
Zebra Pen
Category
Pens/Markers/Highlighters
Country of Origin
China
Features
Skip-free
Ink Color
Blue
Manufacturer
Zebra Pen Corporation
Manufacturer Part Number
23520
Manufacturer Website Address
http://www.zebrapen.com
Packaged Quantity
1 each
Product Line
OLA
Product Name
OLA Ballpoint Pen
Product Type
Ballpoint Pen
Rechargeable
No
Recycled
No
Refillable
No
Retractable
Yes
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Zebra OLA Ballpoint Pen - 1 mm (0.04") Medium Pen Point - Retractable - Blue Ink - Blue Rubber Barrel - 1 / Each
Item Code: 2352000
Category
Ballpoint Retractable Pens
Manufacturer Zebra Technologies Corporation
Manufacturer Ref 23520
- Reduce writing fatigue with the ballpoint pen
- Blue ink color for maximum user convenience and reliable writing and drawing efficiency
- 1 mm (0.04") Medium pen point ensures optimal, vibrant writing and drawing that looks smooth and detailed
- With visible ink supply always be aware of the level of ink
- Blue barrel color to better match your theme and allows optimal usage feasibility