We are transparent on what we use to build a better quality concrete mixture for you.
CAPACITY
TECHNOLOGY
QUALITY
60 cu.m/hr equipped with SCHWING STETTER Twin shaft mixer
MCI 550 control system with SCADA software that has numerous features.
HIGH-TECH lab facility with experienced technicians & examines for operations & quality analysis
CAPACITY
60 cu.m/hr equipped with SCHWING STETTER Twin shaft mixer
TECHNOLOGY
MCI 550 control system with SCADA software that has numerous features.
QUALITY
HIGH-TECH lab facility with experienced technicians & examines for operations & quality analysis
RAW MATERIALS
Our Crushed Aggregate feature is ideal for use in construction work. Used as a raw material in the production process, Raw materials that we use offers excellent properties with ultra-smooth surfaces resulting in an outstanding surface finish. Utilized extensively by the construction industry for its ability to act as a dust suppressant and carrier medium in finished goods production processes.
We at Chavda, uses VSI Aggregate to produce High Quality Concrete Mixture.
NON VSI - VERTICAL SHAFT IMPACTOR
VSI - VERTICAL SHAFT IMPACTOR
- Sieve analysis Test are not nessesarily as per indian standard norm.
- Non VSI Aggregate are generally flaky and Elongated.
- Non VSI is most preferred in Nominal Grade of concrete.
- Decrease workability as aggregate are flaky, elongated Etc.
- Non VSI Aggregate have no uniform surface which affects bonding.
- NON VSI Aggregate have some amount of dust.
- When Non-VSI materials are used in concerete the compressive strength decrease 4 to 3 N/mm2. against VSI. as the aggregates are flaky, elongated & Irreguar in shape.
- VSI aggregate are usually dust free.
- Sieve analysis test are as per india standard norm.
- VSI Aggregate are mostly Cubical in shape
- VSI is most preferred in higher grade concrete.
- Increase workability as aggregate are cubical.
- VSI Aggregates have better surface and good bonding.
- When VSI materials are used in concrete the compressive strenth increase 3 to 4 N/mm2. against Non-VSI. as the aggregates are consistent.
We at Chavda, uses VSI Aggregate to produce High Quality Concrete Mixture.
NON VSI - VERTICAL SHAFT IMPACTOR
VSI - VERTICAL SHAFT IMPACTOR
- Sieve analysis Test are not nessesarily as per indian standard norm.
- Non VSI Aggregate are generally flaky and Elongated.
- Non VSI is most preferred in Nominal Grade of concrete.
- Decrease workability as aggregate are flaky, elongated Etc.
- Non VSI Aggregate have no uniform surface which affects bonding.
- NON VSI Aggregate have some amount of dust.
- When Non-VSI materials are used in concerete the compressive strength decrease 4 to 3 N/mm2. against VSI. as the aggregates are flaky, elongated & Irreguar in shape.
- VSI aggregate are usually dust free.
- Sieve analysis test are as per india standard norm.
- VSI Aggregate are mostly Cubical in shape
- VSI is most preferred in higher grade concrete.
- Increase workability as aggregate are cubical.
- VSI Aggregates have better surface and good bonding.
- When VSI materials are used in concrete the compressive strenth increase 3 to 4 N/mm2. against Non-VSI. as the aggregates are consistent.
We at Chavda, uses VSI Aggregate to produce High Quality Concrete Mixture.
NON VSI - VERTICAL SHAFT IMPACTOR
- Sieve analysis Test are not nessesarily as per indian standard norm.
- Non VSI Aggregate are generally flaky and Elongated.
- Non VSI is most preferred in Nominal Grade of concrete.
- Decrease workability as aggregate are flaky, elongated Etc.
- Non VSI Aggregate have no uniform surface which affects bonding.
- NON VSI Aggregate have some amount of dust.
- When Non-VSI materials are used in concerete the compressive strength decrease 4 to 3 N/mm2. against VSI. as the aggregates are flaky, elongated & Irreguar in shape.
VSI - VERTICAL SHAFT IMPACTOR
- VSI aggregate are usually dust free.
- Sieve analysis test are as per india standard norm.
- VSI Aggregate are mostly Cubical in shape
- VSI is most preferred in higher grade concrete.
- Increase workability as aggregate are cubical.
- VSI Aggregates have better surface and good bonding.
- When VSI materials are used in concrete the compressive strenth increase 3 to 4 N/mm2. against Non-VSI. as the aggregates are consistent.
