Common use of Plastic liners Clause in Contracts

Plastic liners. The tensile yield strength and ultimate elongation shall be determined in accordance with paragraph A.22 (Appendix A). Tests shall demonstrate the ductile properties of the plastic liner material at temperatures of -50 °C or lower by meeting the values specified by the manufacturer; The polymeric material shall be compatible with the service conditions specified in paragraph 4 of this annex. In accordance with the method described in paragraph A.23 (Appendix A), the softening temperature shall be at least 90 °C, and the melting temperature at least 100 °C.

Plastic liners. The tensile yield strength and ultimate elongation shall be determined in accordance with paragraph A.22 A.22. (Appendix AA to this annex). Tests shall demonstrate the ductile properties of the plastic liner material at temperatures of -50 °C or lower by meeting the values specified by the manufacturer; The the polymeric material shall be compatible with the service conditions specified in paragraph 4 4. of this annex. In accordance with the method described in paragraph A.23 A.23. (Appendix AA to this annex), the softening temperature shall be at least 90 °C, and the melting temperature at least 100 °C."

Plastic liners. The tensile yield strength and ultimate elongation shall be determined in accordance with paragraph A.22 (Appendix A). Tests shall demonstrate the ductile properties of the plastic liner material at temperatures of -50 °C C or lower by meeting the values specified by the manufacturer; The polymeric material shall be compatible with the service conditions specified in paragraph 4 of this annex. In accordance with the method described in paragraph A.23 (Appendix A), the softening temperature shall be at least 90 °CC, and the melting temperature at least 100 °C.C.

Plastic liners. The tensile yield strength and ultimate elongation shall be determined in accordance with paragraph A.22 A.22. (Appendix AA to this annex). Tests shall demonstrate the ductile properties of the plastic liner material at temperatures of -50 °C or lower by meeting the values specified by the manufacturer; The the polymeric material shall be compatible with the service conditions specified in paragraph 4 4. of this annex. In accordance with the method described in paragraph A.23 A.23. (Appendix AA to this annex), the softening temperature shall be at least 90 °C, and the melting temperature at least 100 °C.

Plastic liners. The tensile yield strength and ultimate elongation shall be determined in accordance with paragraph A.22 A.22. (Appendix A). Tests shall demonstrate the ductile properties of the plastic liner material at temperatures of -50 °C or lower by meeting the values specified by the manufacturer; The the polymeric material shall be compatible with the service conditions specified in paragraph 4 4. of this annex. In accordance with the method described in paragraph A.23 A.23. (Appendix A), the softening temperature shall be at least 90 °C, and the melting temperature at least 100 °C.

Plastic liners. The tensile yield strength and ultimate elongation shall be determined in accordance with paragraph A.22 (Appendix appendix A). Tests shall demonstrate the ductile properties of the plastic liner material at temperatures of -50 °C EC or lower by meeting the values specified by the manufacturer; The polymeric material shall be compatible with the service conditions specified in paragraph 4 of this annex. In accordance with the method described in paragraph A.23 (Appendix appendix A), the softening temperature shall be at least 90 °CEC, and the melting temperature at least 100 °CEC.

Plastic liners. The tensile yield strength and ultimate elongation shall be determined in accordance with paragraph A.22 (Appendix appendix A). Tests shall demonstrate the ductile properties of the plastic liner material at temperatures of -50 °(C or lower by meeting the values specified by the manufacturer; The polymeric material shall be compatible with the service conditions specified in paragraph 4 of this annex. In accordance with the method described in paragraph A.23 (Appendix appendix A), the softening temperature shall be at least 90 °(C, and the melting temperature at least 100 °C.(C.