HEC/Hydroxyethyl Cellulose Auxiliary Agent for Water Based Paint and Oil Drilling

Product Details

-----------------------------

Typical grade	Viscosity (NDJ, mPa.s, 2%)	Viscosity  (Brookfield, mPa.s, 1%)
HEC KM300	240-360	240-360
HEC KM6000	4800-7200	4800-7200
HEC KM30000	24000-36000	1500-2500
HEC KM60000	48000-72000	2400-3600
HEC KM100000	80000-120000	4000-6000
HEC KM150000	120000-180000	7000min
HEC KM200000	160000-240000	Min8000

• Water-based latex coatings have witnessed a transformative boost in their thickening and leveling prowess with the incorporation of innovative additives.  
• These specialized components not only enhance the overall viscosity of the coating but also contribute to a remarkably smooth and uniform finish.
   
• The secret to the remarkable improvement lies in the synergistic interaction between the water-based latex formulation and the advanced thickening agents.  
• This dynamic partnership results in a coating that not only adheres effectively to various surfaces but also exhibits a superior ability to maintain an even thickness, ensuring a visually appealing and professional outcome.

For Oil drilling

• The incorporation of cutting-edge additives in oil drilling operations marks a significant advancement in enhancing mud carrying capacity.  
• These specialized components play a pivotal role in optimizing the drilling fluid, ensuring that it can effectively transport cuttings to the surface.  This improvement not only streamlines the drilling process but also contributes to the overall efficiency of the operation.
• Beyond the immediate benefits of increased mud carrying capacity, the advanced additives act as a formidable barrier against water intrusion into the oil layer.  
• By preventing a substantial amount of water from infiltrating the oil reservoir through the mud, these additives safeguard the integrity of the oil layer.  This dual functionality not only preserves the reservoir's productivity but also minimizes the potential for environmental impact associated with water intrusion.
• 

For toothpaste

• The remarkable stability achieved in toothpaste formulations through the incorporation of Hydroxyethyl cellulose (HEC) stems from its robust resistance to both salt and acid.rotection from water exudation and material sedimentation.
• This unique characteristic ensures that the toothpaste maintains its structural integrity even in the presence of varying environmental conditions, offering consumers a consistently reliable product.
• This unique characteristic ensures that the toothpaste maintains its structural integrity even in the presence of varying environmental conditions, offering consumers a consistently reliable product.

• Beyond stability, HEC's exceptional water retention capabilities play a crucial role in preventing the undesired drying of toothpaste.
   

• 
  

  

Widely used in textile printing and dyeing, papermaking, and daily chemicals.

• The versatile application of this substance in textile printing and dyeing underscores its pivotal role in the vibrant and dynamic world of fashion and fabrics. Its unique properties make it an essential component in achieving vivid and lasting colors on textiles,
• ensuring that the intricate designs and patterns produced through printing and dyeing processes maintain their brilliance and durability over time.
• This widespread adoption in the textile industry speaks to its effectiveness and reliability in meeting the diverse demands of the fashion and apparel sector.rotection from water exudation and material sedimentation.

 
 

For water-based ink

• The protection of the oil reservoir's integrity through the prevention of water infiltration represents a critical step in sustainable oil extraction practices.
• Beyond safeguarding productivity, this dual functionality serves as a proactive measure to minimize environmental impact. By creating a robust barrier against water intrusion, the additives act as guardians of the delicate balance within the reservoir, ensuring that its natural state is preserved and the surrounding ecosystem remains undisturbed.
• The environmental implications of water intrusion into oil reservoirs go beyond the immediate drilling site. Uncontrolled water ingress can lead to soil contamination, affecting nearby flora and fauna, and potentially causing long-term ecological disruptions.
• The additives' role in mitigating this risk not only aligns with regulatory standards but also reflects a commitment to responsible resource extraction, acknowledging the interconnectedness of ecosystems and the need for sustainable practices in the oil and gas industry.

    

It stands as a leading producer, annually manufacturing around 35,000 tons of cellulose ether.    It has established itself as a key global supplier in the cellulose ether market.

Derived from renewable sources like wood and cotton wool, cellulose undergoes a transformation into various water-soluble cellulose ethers within state-of-the-art facilities.    The trademarks kingmaxcell® and EIpponcell® by Kingmax have found applications across numerous facets of daily life.    Predominantly, Kingmax's influence is felt in industries such as construction, paint, polymerization, ceramics, and cosmetics.

With an employee base of approximately 100 professionals engaged in research and development, production, sales, and management, Kingmax remains dedicated to delivering innovative solutions to meet the diverse needs of its global clientele.