Work specified-This specification covers requirements for curing the cast-in-place concrete elements described in the Contract Documents. This specification includes requirements for initiating curing, protection from mechanical injury, curing for unformed and formed surfaces,...
Work specified-This specification covers requirements for curing the cast-in-place concrete elements described in the Contract Documents. This specification includes requirements for initiating curing, protection from mechanical injury, curing for unformed and formed surfaces,...
The General Services Administration has authorized the use of this commercial item description in lieu of Federal Specification SS-A-671. This commercial item description covers asphalt cutback of the medium curing type for use in the construction and treatment of pavements.
1.1 This specification covers lightweight aggregate intended to provide water for internal curing of concrete. It includes test methods for determining the absorption and desorption properties of lightweight aggregate. Note 1: Internal curing provides an additional source of water to...
1.1 This specification covers lightweight aggregate intended to provide water for internal curing of concrete. It includes test methods for determining the absorption and desorption properties of lightweight aggregate. Note 1: Internal curing provides an additional source of water to...
1.1 This specification covers lightweight aggregate intended to provide water for internal curing of concrete. It includes test methods for determining the absorption and desorption properties of lightweight aggregate. Note 1-Internal curing provides an additional source of water to...
1.1 This specification covers lightweight aggregate intended to provide water for internal curing of concrete. It includes test methods for determining the absorption and desorption properties of lightweight aggregate. Note 1-Internal curing provides an additional source of water to...
1.1 This specification covers lightweight aggregate intended to provide water for internal curing of concrete. It includes test methods for determining the absorption and desorption properties of lightweight aggregate. Note 1-Internal curing provides an additional source of water to...
1.1 This practice covers two procedures for making and curing cylindrical specimens of concrete under conditions that increase the rate of hydration at early ages. The procedures are: A-Warm Water Method and B-Autogenous Curing Method. 1.2 The values stated in either SI units or...
1.1 This specification covers lightweight aggregate intended to provide water for internal curing of concrete. It includes test methods for determining the absorption and desorption properties of lightweight aggregate. Note 1-Internal curing provides an additional source of water to...
1.1 This practice covers two procedures for making and curing cylindrical specimens of concrete under conditions that increase the rate of hydration at early ages. The procedures are: A-Warm Water Method and B-Autogenous Curing Method. 1.2 The values stated in either SI units or...
This specification covers lightweight aggregate intended to provide water for internal curing of concrete. It includes test methods for determining the absorption and desorption properties of lightweight aggregate. NOTE 1-Internal curing provides an additional source of water to...
1.1 This specification covers lightweight aggregate intended to provide water for internal curing of concrete. It includes test methods for determining the absorption and desorption properties of lightweight aggregate. Note 1: Internal curing provides an additional source of water to...
This technology update provides a fundamental discussion of ambient-curing fluoropolymer finish coats applied to metal substrates, including recent developments. It is intended as a resource for architects, specification writers, facility owners, and others charged with the selection and...
1. SCOPE The material defined by this specification is a PVC based solvent free heat curing sealer.
Preface IMAGINE PLACING a layer of a low viscosity liquid mixture made up of monomeric and oligomeric compounds on a substrate, shining a beam of ultraviolet radiation on the liquid, and then in less time than it takes to snap your fingers-effectively,