Document 8R1EZaz694rxRGyXkEJxb7JgZ

Vinyl Building Products Group Cortalrifeed Corporation P.O. Box 253 Sulphur, LA 70664 (318) 882-1441 CertainTeedEI August 16, 1991 Mr. Wayne Porter Kentile Floors Kentile Road South Plainfield, NJ 07080 Dear Mr. Porter: / We are sending you a twenty five (25) pound sample of Certavin^ CT1110 PVC Polymer for your analysis. This sample is being sent to you per the request of Ms. Karen Chamberlain with Shawnee Chemical. We look forward to your positive feedback once your analysis of our Polymer is complete, and to you becoming a valued customer. Should you have any questions, please feel free to contact us. Sincerely, C. A. Gellner Director and Plant Manager Polymer Operations CAG/mc pc: Ms. Karen Chamberlain CTL001124 Vinyl Building Products Group CsrtalnTsed Corporation P.O. Box 253 Sulphur, LA 70664 (318) 882-1441 CertainTeed H August 16, 1991 Mr. Wayne Porter Kentile Floors Kentile Road South Plainfield, NJ 07080 RE: MATERIAL SAFETY DATA SHEET (MSDS) PLEASE ATTACH PARTICULAR IMPORTANCE TO THIS LETTER We appreciate your recent inquiry regarding our product; therefore, a Material Safety Data Sheet is attached for the PVC Polymer. The product and its code number is as follows: CERTAVINTM CT-1110 This letter is directed to you as our official contact for your company. If someone other than yourself is responsible for the safe handling and use of our product, please see that this person receives this form. We would also appreciate it if you would forward to us that individual's full name, title, and mailing address. In the future, we may have occasion to update this Material Safety Data Sheet with significant new information. In such a case, we would want to forward the revised sheet to the proper person. Thank you for your cooperation. We value your business highly, and will continue to make every effort to provide you the information you need to use our product safely. Sincerely, C. A. Gellner Director and Plant Manager Polymer Operations CAG/mc Enclosure CTL001125 m t ttT t (t 1 G t <r CiC e 0