Polycarbonate GE Lexan Marguard II MR10 Sheet

lexan mr10 sheets

Lexan® Margard Cut Sheet

This Lexan (R) Margard sheet has maximum toughness, with mar resistance approaching that of glass, and significantly improved resistance to weathering. MR-10 sheet provides extended service life. It has excellent clarity and durability, it is lightweight, and is superior glazing material for institutions, office buildings, stores, and more. It will withstand -40deg F to 270 deg F. Has a silicone hardcoat surface. It is non-formable and UV resistant.  LEXAN MR10 sheet is mar- and graffiti-resistant. It combines the impact strength of LEXAN polycarbonate sheet with a proprietary abrasion and UV-resistant MARGARD® II surface. It is warranted against yellowing, breakage, coating failure and loss of light transmission and offers improved resistance to weathering and forced entry protection. It is useful for schools, store, transit shelters and other high-traffic areas.

Bldg.Codes   BOCA 92-15    ICBO 3286    SBCCI 9418 (1)   Dade County  94-0203.02

CPSC:16     CFR 1201,1,11   ANSI Z97.1

Lexan MR10 Technical Data

Lexan MR10 Chemical Resistance Chart

Lexan MR10 Sheets

Polycarbonate GE Lexan MR10 Sheet
 Standard tolerances estimated +/-10%.

Full Sheet Must Ship on Truck

**Note:  All Sheets larger than 48" x 48" Ship Via Truck.**

Thickness (in.) Length (in.) Width (in.) Color Part # Price Order Online
.125 24 48 Clear KS-2886 $368.34 Add to Order
.125 48 96 Clear KS-6501 $1,358.42 Add to Order
.188 24 48 Clear KS-2887 $471.88 Add to Order
.188 48 96 Clear KS-8851 $1,737.12 Add to Order
.236 24 48 Clear KS-2888 $580.60 Add to Order
.236 48 96 Clear KS-2898 $2,137.28 Add to Order
.375 24 48 Clear KS-2889 $941.74 Add to Order
.375 48 96 Clear KS-2119F $3,460.34 Add to Order
.500 24 48 Clear KS-2890 $1,148.22 Add to Order
.500 48 96 Clear KS-4115V $4,234.84 Add to Order
Rev. 10-23, 05-22, 06-21

Typical MR10 Property Data
Light Transmission 88%
Tensile Strength 9,500 Psi
Flexural Strength 13,500 psi
Compressive Strength 12,500 psi
Coefficiant of Thermal Expansion .0000375  in/in/F
Modulus of Elasticity 340,000 psi