China OEM Refrigerant Flow Meter - Fracturing Fluid High Temperature Stabilizer – Taige
China OEM Refrigerant Flow Meter - Fracturing Fluid High Temperature Stabilizer – Taige Detail:
High temperature stabilizer for acidizing fluid XBA-40S
Introduction
XBA-40S is an organic condensate and synthesized with ethylenediamine, dichloroethane, etc as the raw material. XBA-40S could improve the stability and protect the sand carrying capacity of the fracturing fluid, while it’s added to the fracturing fluid in high temperature wells (≥120°C). XBA-40S has a function of oxygen removal, which can inhibit the performance degradation of fracturing fluid caused by oxidative degradation.
Advantages
High temperature performance of gel. Good compatibility. Simple to apply. Small usage. Less environmental pollution.
Indicators
Density: 1.10±0.05g/cm3. pH: 9.0-11.0. Increased temperature resistance: ≥10°C.
Product detail pictures:
Related Product Guide:
Полный спектр комплексного испытательного оборудования
Independent Cementing and drilling Test Lab
Our products are broadly regarded and reliable by end users and can meet up with constantly transforming financial and social requires of China OEM Refrigerant Flow Meter - Fracturing Fluid High Temperature Stabilizer – Taige, The product will supply to all over the world, such as: Johor , Brunei , Cairo , Meanwhile, we're building up and consummating triangle market & strategic cooperation in order to achieve a multi-win trade supply chain to expand our market vertically and horizontally for a brighter prospects. development. Our philosophy is to create cost-effective products and solutions, promote perfect services, cooperate for long-term and mutual benefits, firm a in depth mode of excellent suppliers system and marketing agents, brand strategic cooperation sales system.
By Michelle from Cyprus - 2015.09.19 18:37
Factory equipment is advanced in the industry and the product is fine workmanship, moreover the price is very cheap, value for money!
By Constance from Palestine - 2015.12.28 15:18