Enhance Drilling Efficiency with Our Premium Additives
We are a professional drilling fluid additives manufacturer. We provide high-quality additive ingredients in the oil drilling field. Our HEC, sodium formate, and PAC can be applied in oil drilling to address specific challenges like temperature, pressure, and formation conditions.
Due to its exceptional viscosity, HEC is employed in drilling fluid. By enhancing viscosity, HEC carries drilling cuttings to the surface, maintains borehole cleanliness, and prevents blockages.
Sodium formate makes the fluid heavier to control the pressure underground while drilling. It prevents the ground from collapsing.
PAC keeps the drilling bits and pipes clean. It can also stop fluid leaking into the ground to promote safe drilling with control.
Your Professional Drilling Fluid Additives Supplier - What Set Us Apart
WOTAIchem has a strong RD capability. We introduce innovative technology and constantly upgrade and improve the existing formula. Improving production efficiency and annual capacity.
WOTAIchem offers you a variety of options to meet different drilling needs. For example, drilling type, drilling environment, and formation. Our drilling additives are available in various grades.
At WOTAIchem, we rigorously test and validate our additives to ensure consistent quality and performance. We give you confidence in the reliability of our products.
WOTAIchem is capable of developing customized additive solutions for you based on specific drilling challenges. We offer valuable problem-solving expertise to address your current issue.
Adhering to international certifications and standards to demonstrates our commitment to quality products. Quality assurance is the foundation of all partnerships.
To provide drilling fluid additives in all parts of the world with timely delivery and accessibility, WOTAIchem has established our distribution network worldwide.
WOTAIchem is committed to producing eco-friendly additives align with industry sustainability goals. And also, address the growing demand for environmentally responsible solutions.
Having a well-managed supply chain permits us to source raw materials reliably and deliver the finished products promptly. Substantially reducing the risk of disruptions and delays.
To maintain the industry’s good reputation, we prioritize safety when it comes to additive production and ensure compliance with relevant regulations.
Drilling Fluid Additives Grades and Specs
Appearance White powder Protective colloid PVA Solid content 99% Ash content ≤25 Average particle size ＜300μm Minimum film formation temperature 0° 
Appearance White powder Protective colloid PVA Solid content 99% Ash content ≤25 Average particle size ＜300μm Minimum film formation temperature 0° 
Appearance White powder Protective colloid PVA Solid content 99% Ash content ≤25 Average particle size ＜300μm Minimum film formation temperature 0°
WOTAIchem - Your Trustd Polyanionic Cellulose Manufacturer
PAC can be used together with sodium formate and HEC in drilling activities. Polyanionic Cellulose(PAC) is a high-purity anionic cellulose polymer primarily used as a key filtrate reducer in water-based drilling fluids. PAC shares a similar structure with CMC (Carboxymethyl Cellulose). It comes in two varieties: PAC HV (High Viscosity) and PAC LV (Low Viscosity).
We ensure the drill bits stay cool and well-lubricated by adding PAC to drilling fluids. It also helps hold onto the pieces of rock we drill out, making moving them up to the surface easier. Plus, it helps us control the pressure inside the well and can even change the thickness of the mud and its acidity.
Contact Us for Partnership
WOTAIchem is a dedicated brand specializing in producing additives for drilling fluids. We are excited about the possibility of establishing a partnership with your organization. We will support you in maximizing your ROI.
Contact us now to access all product categories and discover endless possibilities!
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FAQs
Bulk purchases can effectively save product and delivery costs. You may consult our online experts to let us know your industry needs. We can adjust the product formula to meet your application scenario. And then, you can request sample testing to experience the difference.
Consistent product quality is our commitment. We ensure the sample and the product quality are consistent. We provide sample and consignment stock details for your reference. Transparency is key in additive composition, quality standards, and certification.
The supply will remain stable for an extended period, regardless of market volatility.
To ease your financial burden, we provide flexible payment methods, such as installments, for bulk orders.
WOTAIchem pays attention to customer perspectives and senses of cooperation, and we look forward to long-term cooperation with you to achieve win-win results.
To maximize the efficiency of PAC in drilling operations, it’s crucial to follow these recommended best practices:
– Storage: WOTAIchem polyanionic cellulose polymer should be stored in a dry environment to prevent clumping, preserving its quality.
– Addition: Employ a hopper to prevent caking when incorporating PAC into the mud system. Ensure that the quantity added within one hour remains below two bags.
– Safety Gear: Personnel handling PAC should wear proper personal protective equipment. Including gloves, masks, and safety goggles. This precautionary measure protects against eye contact and inhalation of PAC particles.
Including PAC in drilling fluids enhances their viscosity, a critical factor in averting potential issues like well blockages during production. Additionally, PAC’s low fluid loss characteristics reduce the water volume needed in the production area.
CMC (Carboxymethyl Cellulose) and PAC (Polyanionic Cellulose) are essentially the same chemical but differ slightly in production standards. PAC is preferred in oil drilling fluids due to its high stability, heat resistance, and low usage.
On the other hand, CMC, although cheaper, is less effective in drilling fluids. PAC excels in drilling applications due to the main reasons as follows:
– High stability.
– High-temperature resistance.
– High acid-alkali resistance.
– Low usage.
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