Common use of Imperfections Clause in Contracts

Imperfections. TS-743 Inclusions in glass originate from impurities in the batch or cullet, or are combined from furnace refractories. Common forms of inclusions include aluminous stones, iron stones, and silicon. Nickel sulfide stones are uncommon, microscopic defects in glass, and may cause breakage. Delayed breakage may occur when a nickel sulfide stone is present near the center of the glass thickness. TS-744 The tempering process rarely introduces imperfections into glass. The basic glass may contain bubbles, vents, chips, and inclusions which, if accepted or not revealed by inspection before tempering can cause breakage in the initial heating or final quench operations. If inclusions are not eliminated by self-destruction during the tempering process, in rare cases they may lead to failure at a later time.

Imperfections. TS-743 ‌ TS-801 Inclusions in glass originate from impurities in the batch or cullet, or are combined from furnace refractories. Common forms of inclusions include aluminous stones, iron stones, and silicon. Nickel sulfide stones are uncommon, microscopic defects in glass, and may cause breakage. Delayed breakage may occur when a nickel sulfide stone is present near the center of the glass thickness. TS-744 TS-802 The tempering process rarely introduces imperfections into glass. The basic glass may contain bubbles, vents, chips, and inclusions which, if accepted or not revealed by inspection before tempering can cause breakage in the initial heating or final quench operations. If inclusions are not eliminated by self-destruction during the tempering process, in rare cases they may lead to failure at a later time.

Imperfections. TS-743 TS-279 Inclusions in glass originate from impurities in the batch or cullet, or are combined from furnace refractories. Common forms of inclusions include aluminous stones, iron stones, and silicon. Nickel sulfide stones are uncommon, microscopic defects in glass, and may cause breakage. Delayed breakage may occur when a nickel sulfide stone is present near the center of the glass thickness. TS-744 TS-280 The tempering process rarely introduces imperfections into glass. The basic glass may contain bubbles, vents, chips, and inclusions which, if accepted or not revealed by inspection before tempering can cause breakage in the initial heating or final quench operations. If inclusions are not eliminated by self-destruction during the tempering process, in rare cases they may lead to failure at a later time.