HV and LV Poly Anioniccellulose PAC for Oil Drilling Chemical

Name: HV and LV Poly Anioniccellulose PAC for Oil Drilling Chemical
Brand: Henan Premtec Enterprise Corporation
SKU: Tradewheel_2225322
Availability: InStock

FOB Price 2600 - 3300 USD / Metric Tons

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Classification	Chemical Auxiliary Agent	CAS No.	9004-32-4
Other Names	PAC	MF	[C6H7O2(OH)2CH2COONa]n
EINECS No.	9004-32-4	Purity	95%
Place of Origin	Henan, China	Type	Cellulose
Usage	Coating Auxiliary Agents, Leather Auxiliary Agents, Paper Chemicals, Petroleum Additives, Rubber Auxiliary Agents, Textile Auxiliary Agents	Model Number	oil drilling grade
Appearance	Light Yellow Powder

Product Details

HV and LV Poly Anioniccellulose PAC for Oil Drilling Chemical

Polyanionic Cellulose(PAC) has good salt resistance, heat resistance and antibacterium. It is widely used in petroleum drilling . In drilling fluid, it works as viscosifier, filtration reducer, and rheology controller; in fixing fluid, it is used to control fluid viscosity, suspend heavy objects, and avoid fluid loss; in fracturing fluid, it is used to carry stuffing and avoid fluid loss.

Model Indicators		PAC-LVT1	PAC-LVT2	PAC-LV1	PAC-LV2	PAC-HVT	PAC-HV1	PAC-HV2
Degree of Substitution		≥0.90
PH Value		6.5-9.0
Purity %		≥65.0	≥75.0	≥95.0	≥98.0	≥75.0	≥95.0	≥98.0
Loss on Drying %		≤10.0
Performance	Apparent Viscosity cps	≤20	≤20	≤40	≤30	≤35	≤50	≤60
Indicator	Filtration	≤16	≤13	≤12	≤11		≤26	≤18
Remarks		Performance indicators are tested according to API131.

Specification	Performance Indicators					Physical and Chemical Indicators
	Items		Indicators			D.S	PH Value	Purity %	Loss on Drying %
			Distilled Water	Brine	Saturated Brine
Base Mud	Filtration (ml)		60+10	90+10	100+10	--	--	--	--
	Apparent Viscosity cps		≤6	≤6	≤10
	PH		8.0+1.0	8.0+1.0	7.5+1.0
HV-CMC	Mud Yield(m3/t)		≥200	≥150	≥160		6.5-8.0	≥95.0
LV-CMC	Filtration	Added Amount g/l	--	≤7.0	≤10.0	≥0.80	7.0-9.0	≥80.0	≤10
	10ml/h	Apparent Viscosity cps	--	≤4.0	≤6.0
Remarks	HV-CMC performance test method according to OCMA DFCP-7; LV-CMC performance test method according to OCMA DFCP-2