Auto Marshall Compactor

Product Description

As Per ASTM D 1559T62. This equipment is to speed up the process to cylindrical specimens for Marshall Stability Testing Machine with ease and accuracy. The compactor has been designed to simulate hand compaction as described in ASTM D 1559. This machine compact the samples automatically and stops when desired preset numbers of blows have been completed. The compactor gives uniform and accurate marshall moulds for reliable testing.

Marshall mould compactor-automatic for 100mm dia moulds:

It is a motor driven mechanical compactor useful to compact 100 mm Dia moulds. It is fitted with a compaction rammer of 98 5 mm Dia, weighing 4.5 Kg with a free fall of 457 mm. The rammer assembly is provided with a ratchet and pawl arrangement to lift it from the top of the test samples. When the rammer reaches the required height, the pawl releases the rammer, which falls freely on the test specimen. The release mechanism is connected by an arm moving up and down, which is connected to a reduction gear coupled to the motor through another arm. An automatic Electronic blow counter is used to set the desired number of blows. The Compactor is supplied complete with wooden pedestal. Suitable work on 230 V, 50 Hz, Ac Single Phase. Supplied with Test Report and Instructions Manual.


Engineered for Laboratory and Hospital Use

The Auto Marshall Compactor is specifically designed to meet the rigorous demands of laboratory and hospital environments. Its mild steel construction ensures durability, while the manual operation allows controlled, user-centric compaction of samples. This makes it a perfect fit for institutions that value consistency and reliability.


Versatile and Portable Design

Weighing only 4 to 10 kilograms, the compactor is easy to transport between workstations and facilities. Its compact size ensures you can effectively perform compaction tests or procedures without occupying excessive bench space. Portability combined with strength offers flexibility without compromising performance.