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Ngk. Made Anom Wiryasa, I Wayan Sudarsana


This paper presents a determination of compressive strength and water
absorption of solid concrete block. The research objective was to determine the
ideal mix composition of the concrete block where Lapindo silt was used as a
cement substitution. Five types of mixes were made where Type A, B, C, D and E
was (100% PC; 0% LS), (90% PC; 10% LS), (80% PC; 20% LS), (70% PC; 30%
LS), and (60% PC; 40% LS) respectively. The weight ratio between Portland
cement and sand was 1:8 with a water cement ratio of 0.4. The cement used in this
research was Gresik Portland cement and the specimens were tested in the age of
28 days. The water absorption test results showed that the use of 24.56% of
Lapindo silt as a cement substitution optimally decreased the water absorption up
to 18.21% and gave a compressive strength of 71.5 kg/cm2 that is qualified as
B1.This was caused by the block contained SiO2 work as a filler and CaO as a bind
of the materials. The small water absorption value could also increase the durability
of solid concrete block. The compressive strength and water absorption of the solid
concrete block with 7,25% of Lapindo silt was 100,1 kg/cm2 (qualified as B2) and
20,72% respectively.


solid concrete block, cement substitution material, Lapindo silt, compressive strength, water absorption.

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