We supply the Required Grade and Type of Cement that have been procured from the Top Brands made available to the customers at the required Specification for the best prices in the Bulk quantities required.
It is obvious that Cement is a very useful binding substance in construction. The usage of cement over diverse fields of construction has made it a very significant civil engineering material.
Cement mixed with water and fine aggregate produces mortar, sand and gravel to create concrete. It is the most-consumed resource and is widely available in the market.
India is World’s Second largest Cement Producer. India is contributing tremendously to the Supply of Cement across the Globe. The Capacity of Indian market to produce and supply cement is increasing at swift pace.
We source the best quality and from the best brands. We supply OPC, PPC, Slag cement, White Cement and Sulfate Resisting Cement.
The cement is the most demanding and essential raw material used in various production and construction activities. The cement industry has witnessed a steady growth in the market as different range of products using cement are manufactured. It is a binder, a raw material substance that serves as an adhesive to other materials. Cement mixed with water and fine aggregate produces mortar, sand and gravel to create concrete. It is the most-consumed resource and is widely available in the market. * Portland Cement is the most common type of cement used for concrete, and stucco. Types Of Cement We offer include: Ordinary Portland Cement Portland Pozzalana Cement White Cement Portland.
Origin :- Vietnam . Turkey
Cement clinker is a solid material produced in the manufacture of Portland cement as an intermediary product. Clinker occurs as lumps or nodules, usually 3 millimetres to 25 millimetres in diameter.
Clinker, in the manufacture of Portland Cement, is a granular substance that occurs as lumps or nodules, usually in the diameter of 3 to 25 millimeters. Clinker is available in grey, powdered, or lumps. Clinker with years of experience in providing the raw materials of cement Clinker, serving our customers from leading Cement factories. We have long-lasting, trusted relationships with our customers to supply various types of clinkers required for the production of Cement. Applications * The primary use of Clinker is in the production of cement. In the cement industry, the Clinker is also known as the Portland Cement Clinker.
Origin :- Vietnam . Iran , Turkey
Crown Portland Composite Cement is CEM-II/A-M which is a cement consisting of Clinker, Gypsum, Pulverized Fuel Ash (PFA), Blast Furnance Slag and Limestone designated by the specifications of BDS EN 197-1: 2003; CEM -II/A-M (V-S-L), 42.5 N. PCC is the most suitable cement for constructions in Bangladesh. CEM â?? II /A-M contains 80-94% Clinker, which is substantially higher than CEM â?? II/B-M containing 65 â?? 79% Clinker that provide us extra advantage in strength development and increase concrete performance.
Both slag & fly ash (PFA) are used in PCC. Percentage of SiO2 in PFA is higher than slag which is advantageous to gain more long-term strength and ensure durable concrete. This type of cement is used for large constructions all around the world and it has been used during the last few decades.
The hydration process of normal cement produces Calcium Silicate Hydrate CHS & Calcium Hydroxide Ca(OH)2. Calcium Hydroxide Ca(OH)2 does not contribute to gain strength and it is the weak part of reaction which is not suitable for concrete. Since PFA contains higher portion of reactive silica and slag contains alumina, it helps to convert Ca(OH)2 into CSH to gain further strength.
Chemical properties unit testing method
Chemical analysis
(%)
Test results
Cao %
Astm c114-09
Min 64.5 66.08
Sio2 % 20-22.5 21.95
Al2o3 % max 6.0 4.98
Fe2o3 % max 4.0 3.24
Mgo % max 4.0 1.74
Free lime (f-cao) % max 1.5 1.00
So3 % max 1.0 0.25
Insoluble residue (ir) % max 1.0 0.26
Loi % max 1.0 0.50
Equivalent alkalies % max 0.8 0.71
C3s %
Astm c150-09
Min 55.0 63.39
C2s % max 22.0 15.11
C3a % max 12.0 7.71
C4af % max 13.0 9.86
Lime saturation factor % min 92 95.16
Particle size
(5mm – 25mm) % by sieve
40
84.89
A: not
Cement mortar is basically a mixture of cement, sand & water. It is used in various aspects of civil engineering works such as masonry, brickwork, plastering, flooring etc. There are two types, dry mortar and wet mortar. Dry Mortar primarily constitutes of only sand and cement.
For price, specifications and other details please contact us.
We offer innovative and cost-effective packaging concept with light weight cement bags. Our ranges of cement bags have high strength along with increased tear resistance. Hence, these bags can withstand rough handling during the process of transportation. We offer cement bags in different sizes and capacities based on the specifications provided by the clients.
DIRECTIONS FOR USE:
- Shake well before using.
- Keep container closed when not in use.
- Set time is the time required before joint can safely be handled.
- Cure time is the time required before joint can be pressure tested.
1. Cut pipe square with saw or hand cutter. Remove all burrs.
2. Check dry fit of pipe and fitting. Pipe should easily go A1/A3 to A1/A2 way into fitting. If pipe bottoms into fitting it should be very snug.
3. Pipe and Fitting should be free of dirt, grease and other foreign materials. If necessary clean pipe and fitting using RPC-WELD Pipe Cleaner. Primer is highly recommended for 3 and larger diameter installation. Apply liberal coat. Primer will start softening surface of pipe and fitting thus ensuring superior joint.
4. Use applicator supplied with the can or suitable applicator at least A1/A2 the size of the pipe diameter.
5. Apply liberal coat of cement to the pipe (equal to depth of fitting) and adequate coat inside of fitting. Make sure there is no uncoated surface. Avoid puddling of cement, it may weaken the joint.
6. Immediately insert pipe into fitting with twisting motion. Cement should be wet. If it has dried recoat both parts. Use sufficient force to ensure pipe bottoms into fitting.
7. Hold joint together for 30-40 seconds to make sure pipe is not pushed out longer time if temperature is low and for larger pipes.
8. Allow 15 minutes set time before handling the assembly and 2 hours cure time if temperature is below 16 C or 60 F Longer cure time may be required for larger pipe and /or temperature is below 16 C or 60 F.
DESCRIPTION: RPC-WELD CPVC is an orange, heavy bodied, high strength, medium setting CPVC solvent cement for all classes and schedule. This cement is manufactured in the India.
APPLICATION: RPC-WELD CPVC is for use on all grade CPVC pipes and fittings. This cement may be used for potable water, irrigation drain, waste, vent, sewer and conduit. This cement can be used for HOT and COLD water applications.
PROPERTIES AND SPECIFICATIONS:
Color Orange
Appearance Liquid
Set TimeFast Medium
Cure Time Consult ASTM schedule
Exceeds ASTM F- 493 specification
Shelf Life 3 years
Raw Materials from U.S.A
AVAILABILITY:
Size Units/case Units/ master
59 ml 24 192
118 ml 24 144
237 ml 24 96
473 ml 12 48
946 ml 6 24
DESCRIPTION : RPC-WELD PVC Solvent is a clear, heavy bodied, high strength, fast setting PVC solvent cement for all classes and schedule. This solvent cement is manufactured in the India.
APPLICATION: RPC-WELD PVC Solvent is for use on PVC pipes and fittings. This cement may be used for all grade pipes and fittings irrespective of diameter with interference fit for potable water, irrigation, drain, waste, vent, sewer and conduit applications.
PROPERTIES AND SPECIFICATIONS:
Color: Clear
Appearance: Liquid
Set Time: Fast
Cure Time: Consult ASTM schedule
Exceeds: ASTM D2564 specification
Shelf Life: 3 years
Raw Materials from U.S.A
AVAILABILITY:
Size Units/Case Units/ master
50 ml 24 192
100 ml 24 144
200 ml 24 96
250 ml 24 96
500 ml 12 48
1000 ml 6 24
DESCRIPTION: King PVC Solvent is a clear, medium bodied, high strength, fast setting PVC solvent cement for all classes and schedule. This solvent cement is manufactured in the India.
APPLICATION: King PVC Solvent is for use on PVC pipes and fittings. This cement may be used for upto 4â??â?? pipes and fittings with interference fit for potable water, irrigation, drain, waste, vent, sewer and conduit applications.
PROPERTIES AND SPECIFICATIONS:
Color: Clear
Appearance: Liquid
Set Time: Fast
Cure Time: Consult ASTM schedule
Exceeds: ASTM D2564 specification
Shelf Life: 3 years
Raw Materials from U.S.A
AVAILABILITY:
Size Units / case Units/ master
59 ml 24 192
118 ml 24 144
237 ml 24 96
473 ml 12 48
946 ml 6 24
DESCRIPTION: RPC-WELD PVC Solvent is a clear, heavy-bodied, high strength, fast setting PVC solvent cement for all classes and schedule. This Solvent cement is manufactured in the India.
APPLICATION: RPC-WELD PVC Solvent is for use on PVC pipes and fittings. This cement may be used for all grade pipes and fittings irrespective of diameter with interference fit for potable water, irrigation, drain, waste, vent, sewer and conduit applications.
PROPERTIES AND SPECIFICATIONS:
Color: Clear
Appearance: Liquid
Set Time: Fast
Cure Time: Consult ASTM schedule
Exceeds: ASTM D2564 specification
Shelf Life: 3 years
Raw Materials from U.S.A
AVAILABILITY:
Size Units / case Units/ master
50 ml 24 192
100 ml 24 144
200 ml 24 96
250 ml 24 96
500 ml 12 48
1000 ml 6 24
DIRECTIONS FOR USE:
Shake well before using.
Keep container closed when not in use.
Set time is the time required before joint can safely be handled.
Cure time is the time required before joint can be pressure tested.
1. Cut pipe square with saw or hand cutter. Remove all burrs.
2. Check dry fit of pipe and fitting. Pipe should easily go way into fitting. If pipe bottoms into fitting
it should be very snug.
3. Pipe and Fitting should be free of dirt, grease and other foreign materials. If necessary clean pipe and
fitting using RPC-WELD Pipe Cleaner. Primer is highly recommended for 3 and larger diameter installation.
Apply liberal coat. Primer will start softening surface of pipe and fitting thus ensuring superior joint.
4. Use applicator supplied with the can or suitable applicator at least the size of the pipe diameter
5. Apply liberal coat of cement to the pipe (equal to depth of fitting) and adequate coat inside of fitting.
Make sure there is no uncoated surface. Avoid puddling of cement, it may weaken the joint.
6. Immediately insert pipe into fitting with twisting motion. Cement should be wet. If it has dried recoat both parts.
Use sufficient force to ensure pipe bottoms into fitting.
7. Hold joint together for 30-40 seconds to make sure pipe is not pushed out longer time if temperature is low
and for larger pipes.
8. Allow 15 minutes set time before handling the assembly and 2 hours cure time if temperature is below 16 C or
60 F Longer cure time may be required for larger pipe and /or temperature is below 16 C or 6
