of exterior panels and interior core filling(passive) is composedLightweight Concrete Panel
spiral shank nailsdesignedfor use in lightweight concrete
Research gaps recommendations are then identified through this reviewto ... discoverlightweight self - compacting concrete
for the various supporting structures of buildings and engineering installations ( for example , bridges(passive) is designedStructural lightweight aggregate concrete
to fit a variety of tasks(passive) has been designedMade with lightweight concrete
the structuresdesignedusing the lightweight concrete
Information from aggregate manufacturersmay influencelightweight concrete specifications
The use of high strengthcan resulthigh performance lightweight concrete
This pieceis composedof durable lightweight concrete
Hot Sale NewDesignedCellular Lightweight Concrete
that has a lightweight coarse mixture and often a portion or total wonderful aggregates(passive) is designedLightweight concrete combination
of coarse structural aggregate sized between to (passive) is composedA lightweight structural concrete
by moisture vapor transmission(passive) caused byelevated / lightweight concrete
to achieve similar strength as normal weight concrete(passive) can be designedLightweight concrete mixtures
by the change of volume ratio of steel fiber(passive) caused bylightweight aggregate concrete
many factors , such as density , age , moisture content , the physical and chemical characteristics of component materials and mix proportions(passive) is influenced byLightweight Composite Concrete
may be(passive) influencedLightweight aggregate concrete
the compressive strength of the aggregates(passive) may be more influenced byLightweight aggregate concrete
specifically(passive) has been designedPIONER lightweight aerated concrete
by steel reinforcement corrosion(passive) caused byconcrete delamination
some results of ongoing laboratory workto designa lightweight concrete
of a plain concrete matrix and EPS beads(passive) is composedlightweight concrete
a girderdesignedwith lightweight concrete
for with wood homeresultfor with wood home
for retrofitting chimneys that have no flue linersis designedfor retrofitting chimneys that have no flue liners
in prediction of approximately 35?40 % heating energy savings and 30 % cooling energy savingsresultedin prediction of approximately 35?40 % heating energy savings and 30 % cooling energy savings
with top quality componentsdesignedwith top quality components
to fit a variety of taskshas been designedto fit a variety of tasks
to problems when used withcan leadto problems when used with
especially fordesignedespecially for
of portland cementcomposedof portland cement
of portland cement , binderscomposedof portland cement , binders
for such usedesignedfor such use
according to the ' passive house ' principledesignedaccording to the ' passive house ' principle
especially fordesignedespecially for
for elevated and roof decks wood frameddesignedfor elevated and roof decks wood framed
to collapse under the weight of an aircraft and slow it to a haltare designedto collapse under the weight of an aircraft and slow it to a halt
for elevated and roof decks frameddesignedfor elevated and roof decks framed
properlydesignedproperly
of portland cement , binders and a mix of siliceous and micaceous materialcomposedof portland cement , binders and a mix of siliceous and micaceous material
of Portland cement , binders and a mix of silicaceous and micaceous material aggregatecomposedof Portland cement , binders and a mix of silicaceous and micaceous material aggregate
of recycled industrial materialscomposedof recycled industrial materials
to increased ( by 1.5 - 2 times ) strength indices of foam concrete and decreased ( by 45 - 50 % ) water absorption due to more dense composite structureleadsto increased ( by 1.5 - 2 times ) strength indices of foam concrete and decreased ( by 45 - 50 % ) water absorption due to more dense composite structure
of cork and bitumencomposedof cork and bitumen
to the thermal insulation of the buildingcontributesto the thermal insulation of the building
for strength and economydesignedfor strength and economy
of portland cement , vermiculite aggregate , and watercomposedof portland cement , vermiculite aggregate , and water
of Portland cement , water , and vermiculite aggregatecomposedof Portland cement , water , and vermiculite aggregate
for single - floor applicationsdesignedfor single - floor applications
for low load bearing applicationsis designedfor low load bearing applications
The roof(passive) is composedThe roof
of cement and fine aggregatecomposedof cement and fine aggregate
A portion of the structure(passive) may be composedA portion of the structure
to safely stop aircraftdesignedto safely stop aircraft
to floatdesignedto float
in Germanyoriginatedin Germany
at least a portion of the body(passive) is composedat least a portion of the body
too much watercausestoo much water
of cement , polystyrene , water and some processing aidscomposedof cement , polystyrene , water and some processing aids
especially for roof south africa roofing boraldesignedespecially for roof south africa roofing boral
in pinkpaintedin pink
of magnesiacomposedof magnesia
to a reduction in acoustic performance of about 2 to 3 db on the values shown abovemay leadto a reduction in acoustic performance of about 2 to 3 db on the values shown above