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Why Choose Us
For flooring solutions that outlast and outperform, we at Cubvic endeavour to provide you best in class, superior quality flooring techniques with a well-planned implementation.
Best In Class Quality
We do not compromise in quality, by using the latest equipment and machines, we ensure to deliver the best to our customers.
Latest Technology
We at Cubviq use cutting edge technology for all our flooring techniques. Being the International and world leaders in Flooring Machines and tools like Somero, Concrea, BCT and many more, we ensure to provide flooring solutions that outperform.
On-Time Delivery
We understand the importance of installing flooring on time and therefore we plan our procedure well in advance to ensure that the operations are started on time and duly delivered as per the supplier’s schedule.
Best In Class Quality
We do not compromise in quality, by using the latest equipment and machines, we ensure to deliver the best to our customers.
Latest Technology
We at Cubviq use cutting edge technology for all our flooring techniques. Being the International and world leaders in Flooring Machines and tools like Somero, Concrea, BCT and many more, we ensure to provide flooring solutions that outperform.
On-Time Delivery
We understand the importance of installing flooring on time and therefore we plan our procedure well in advance to ensure that the operations are started on time and duly delivered as per the supplier’s schedule.
OUR PROCESS
In addition to using the latest technology and hiring skilled craftsmen, we ensure that our
process is prompt, accessible and sustainable. We design the floor based on its performance and start with understanding its requirements and usage. After carefully considering the
construction methods, programme and engineering, we bring in the design. However, we ensure to deliver a design that is economical and one that meets the performance
requirements.
process is prompt, accessible and sustainable. We design the floor based on its performance and start with understanding its requirements and usage. After carefully considering the
construction methods, programme and engineering, we bring in the design. However, we ensure to deliver a design that is economical and one that meets the performance
requirements.
Structural Design
The structural design of a floor will follow engineering principles and calculations and requires knowledge of the following to determine the slab thickness and reinforcement.
This can be determined by the following:
1. Ground conditions
2. Strength of the concrete
3. The thickness of the concrete
4. Method of reinforcement
5. Load transfer capability of the joints
6. Loading specification and loading pattern
This can be determined by the following:
1. Ground conditions
2. Strength of the concrete
3. The thickness of the concrete
4. Method of reinforcement
5. Load transfer capability of the joints
6. Loading specification and loading pattern
Detailed Design
Detail design covers key performance requirements, including the following.
1. Joint layout and joint design
2. Construction methods
3. Method of reinforcement.
4. Surface regularity (flatness and levelness)
5. Abrasion resistance
1. Joint layout and joint design
2. Construction methods
3. Method of reinforcement.
4. Surface regularity (flatness and levelness)
5. Abrasion resistance
Maintenance
Floors require maintenance from the day the concrete is cast. However, new floors should be cleaned and kept free of debris once the fit-out takes place. The joints should further be filled with a semi-hard sealant, after the completion of the construction process but before the commencement of regular use. During the first 18 months, the floor will shrink as drying shrinkage takes place. Afterwhich, the joints will open progressively and should be monitored monthly, then filled with progressively harder sealants. However, any cracks & damage to joints should be repaired promptly to prevent degradation.
OUR PROCESS
In addition to using the latest technology and hiring skilled craftsmen, we ensure that our
process is prompt, accessible and sustainable. We design the floor based on its performance and start with understanding its requirements and usage. After carefully considering the
construction methods, programme and engineering, we bring in the design. However, we ensure to deliver a design that is economical and one that meets the performance
requirements.
process is prompt, accessible and sustainable. We design the floor based on its performance and start with understanding its requirements and usage. After carefully considering the
construction methods, programme and engineering, we bring in the design. However, we ensure to deliver a design that is economical and one that meets the performance
requirements.
Structural Design
The structural design of a floor will follow engineering principles and calculations and requires knowledge of the following to determine the slab thickness and reinforcement.
This can be determined by the following:
1. Ground conditions
2. Strength of the concrete
3. The thickness of the concrete
4. Method of reinforcement
5. Load transfer capability of the joints
6. Loading specification and loading pattern
This can be determined by the following:
1. Ground conditions
2. Strength of the concrete
3. The thickness of the concrete
4. Method of reinforcement
5. Load transfer capability of the joints
6. Loading specification and loading pattern
Detailed Design
Detail design covers key performance requirements, including the following.
1. Joint layout and joint design
2. Construction methods
3. Method of reinforcement.
4. Surface regularity (flatness and levelness)
5. Abrasion resistance
1. Joint layout and joint design
2. Construction methods
3. Method of reinforcement.
4. Surface regularity (flatness and levelness)
5. Abrasion resistance
Maintenance
Floors require maintenance from the day the concrete is cast. However, new floors should be cleaned and kept free of debris once the fit-out takes place. The joints should further be filled with a semi-hard sealant, after the completion of the construction process but before the commencement of regular use. During the first 18 months, the floor will shrink as drying shrinkage takes place. Afterwhich, the joints will open progressively and should be monitored monthly, then filled with progressively harder sealants. However, any cracks & damage to joints should be repaired promptly to prevent degradation.
Our Equipments
In addition to using the latest technology and hiring skilled craftsmen, we ensure that our process is prompt, accessible and sustainable.
We design the floor based on its performance and start with understanding its requirements and usage. After carefully considering the construction methods, programme and engineering, we bring in the design. However, we ensure to deliver a design that is economical and one that meets the performance requirements.
We design the floor based on its performance and start with understanding its requirements and usage. After carefully considering the construction methods, programme and engineering, we bring in the design. However, we ensure to deliver a design that is economical and one that meets the performance requirements.
Somero Enterprise INC
Laser Scree 158C
Laser Scree 158C
Ride on power trowel (ROT)
& Vacuum Equipments
& Vacuum Equipments
Ride-On Power Trowel
Mk8-90 Hcs – 36 Inches
Mobile Concrete Batching
/ Mixing Plant (Mmp Series)
/ Mixing Plant (Mmp Series)
GH 230 Convertible
JCB – 3dx
Ride on power trowel (ROT)
Power Trowel
Float Pans
Material spreader
Grinding and polishing machine
Bumpcutter
Cradle
Bull Floater
Graco – EH 230 for waterproofing
Batching plant – 30-20 m3 Capacity
Batching plant – 30-20 m3 Capacity
Double Beam Screed Vibrator
Our Partners
HEAD OFFICE
39, Sambhunath Pandit Street,
Kolkata 700 025
Call Us
SUPPORT: +91 98303 43386
OFFICE: +1 (253) 2587 220