Quartet DuraMax Porcelain Magnetic Chalkboard - 48" (4 ft) Width x 36" (3 ft) Height - Black Porcelain Surface - Silver Aluminum Frame - Horizontal - Magnetic - 1 Each
Item Code: QRTPCA304B
Manufacturer ACCO Brands Corporation
Manufacturer Ref PCA304B
- Porcelain, magnetic chalkboard surface will not stain, ghost, scratch or dent
- Designed for heavy use in busy educational environments
- Black chalkboard surface: 3' x 4'
- Anodized, satin-finish aluminum fits in with any classroom design
- Cradle to CradleCM Silver certified porcelain, certified for material content, recyclability and sustainable manufacturing processes
Description
Specifications
UNSPSC Code
44111906
Assembly Required
No
Board Height
36" (3 ft)
Board Surface Color
Black
Board Surface Material
Porcelain
Board Width
48" (4 ft)
Brand
Quartet
Brand Name
Quartet
Country of Origin
United States
Environmental Certification
Cradle to Cradle (C2C) Silver
Features
Smooth Writing
Frame Color
Silver
Frame Material
Aluminum
Limited Warranty
Lifetime
Magnetic
Yes
Manufacturer
ACCO Brands Corporation
Manufacturer Part Number
PCA304B
Manufacturer Website Address
http://www.acco.com
Mounting Hardware Type
SureLock
Orientation
Horizontal
Package Contents
- Porcelain Surface Magnetic Chalkboard
- Hanging System
- Accessory Tray
Packaged Quantity
1 each
Product Line
Duramax
Product Name
DuraMax Porcelain Magnetic Chalkboard
Product Type
Chalkboard
Recycled
No
Use Frequency
Heavy Use
Compare
Quartet DuraMax Porcelain Magnetic Chalkboard - 48" (4 ft) Width x 36" (3 ft) Height - Black Porcelain Surface - Silver Aluminum Frame - Horizontal - Magnetic - 1 Each
Item Code: QRTPCA304B
Manufacturer ACCO Brands Corporation
Manufacturer Ref PCA304B
- Porcelain, magnetic chalkboard surface will not stain, ghost, scratch or dent
- Designed for heavy use in busy educational environments
- Black chalkboard surface: 3' x 4'
- Anodized, satin-finish aluminum fits in with any classroom design
- Cradle to CradleCM Silver certified porcelain, certified for material content, recyclability and sustainable manufacturing processes