Top Quality Calcium Lignosulphonate Factory - Retarders-OBC-H50S-OBC-H42L – Oilbayer Detail:
Summary
High Temperature Retarder OBC-H42L is a kind of polymeric retarder,which applies to wide temperature range and has high-temperature resistant ability. OBC-H42L has no adverse effect on settling stabilization、fluid loss、strength developing of cement slurry. The consistency of cement slurry with OBC-H42L is stable, and has good anti-channeling performance. It is appropriate to be used with water and has no special request for the water quality.
Usage range
Temperature: 60~190℃ (BHCT).
Recommend dosage:0.5~2.0% (BWOC).
Technical data
Item |
Index |
Appearance |
Light yellow liquid |
Density(20±2℃),g/cm3 |
1.15±0.05 |
Freezing Point, ℃ (winter) |
<-15 |
Thickening Time(150℃,70MPa),min |
≥240 |
Composition of cement slurry: SD“G”cement 600g, Silica fume 210g Fresh water 290g, OBC-G80L 36g, OBC-H42L 16g,OBC-X60L 4g. |
Packing
25kg/plastic drum. Or based on customers' request.
Storage
It should be stored in cool, dry and ventilated areas and avoid being exposed to the sun and rain.
Shelf life:24 months.
Product detail pictures:
Related Product Guide:
Global Linear Alkyl Benzene (LAB) Market to witness a CAGR of 4.9% during 2018-2024 | Defoamer For Oil Well Cementing
OTCMKTS:HCGS | Emulsifiers And Wetting Agents
Our company has been focusing on brand strategy. Customers' satisfaction is our best advertising. We also supply OEM service for Top Quality Calcium Lignosulphonate Factory - Retarders-OBC-H50S-OBC-H42L – Oilbayer, The product will supply to all over the world, such as: Guinea , Poland , Thailand , we rely on own advantages to build a mutual-benefit commerce mechanism with our cooperative partners. As a result, we have gained a global sales network reaching the Middle East, Turkey, Malaysia and Vietnamese.
By Sabrina from Greenland - 2015.09.08 17:09
Factory equipment is advanced in the industry and the product is fine workmanship, moreover the price is very cheap, value for money!
By Eleanore from Bogota - 2015.07.26 16:51