Guar Cross Linker

Annie Chemie Pvt. Ltd, is a pioneer manufacturer and exporter of Specialty chemicals, oil field shale gas fracking or hydraulic fracturing chemicals, Located at Dahej in Gujarat, India. Annie Chemie Pvt. Ltd, has manufacturing facilities and associates spread across USA, Canada, Russia, Europe, UAE, Nigeria, Algeria, Turkey, Mexico, Brazil, Chile, Argentina, Australia, Dubai etc.

BBG-XL-4
4% Boron, pH Buffered, Borate based liquid, Green Cross Linker. It is a green, glycol-free solution for cross linking guar, guar derivatives and other carbohydrate based fracturing fluids.

DESCRIPTION
BBG-XL-4 high Boron content buffered liquid Crosslinker. It is a green, glycol-free solution for cross linking guar, guar derivatives and other carbohydrate based fracturing fluids. BBG-XL-4 offers convenience and flexibility in the creation & use of high viscosity cross linked gels which potentially increase fracture width and allow higher proppant loading. BBG-XL-4 can be added on the fly, typical loading rates are 1 to 3 gpt based on fluid properties desired.

TYPICAL PHYSICAL PROPERTIES

Parameter	Specification
Appearance	Clear Liquid
Odor	None
Boron Content	4%
Specific Gravity	1.3 to 1.4
pH	11 to 13
Pour Point	20 deg F

Compatibility: Compatible with most known fracturing fluids additives used in all types of guar and guar derivatives. However, a compatibility test is recommended before use.

Typical Dosage: Typically used at 1 to 3 GPT depending on well conditions and desired result.

Temperature Limitations: Can be used across a wide temperature range, no lower or upper temperature limitations on performance. Typically used in wells with BHT up to 275 F, however the product will produce gels that are stable up to 350 F.

CX-10
4% Boron, Non-Buffered, Instant, Borate based, Cross Linker
Use: CX-10 is a high Boron content non-buffered liquid Cross Linker. It is a solution for cross linking guar, guar derivatives and other carbohydrate based fracturing fluids.
CX-10 offers convenience and flexibility in the creation & use of high viscosity cross linked gels which potentially increase fracture width and allow higher proppant loading.
CX-10 can be added on the fly, typical loading rates are 1 to 3 gpt based on desired fluid properties.
CX-10 should be used with a delayed buffer to reduce pumping horsepower requirements.

Physical & Chemical Properties:
Appearance: Clear Liquid
Odor: Glycol
Boron Content: 4% min
Specific Gravity: 1.1 to 1.20
pH: 4 to 9
Pour Point: 10 deg F<

Compatibility: Compatible with most known fracturing fluids additives for use with all types of guar and guar derivatives. A compatibility test is always recommended before use.

Typical Dosage: Typically used at 1 to 3 GPT depending on well conditions and desired result

Temperature Limitations: Can be used across a wide temperature range, no lower or upper temperature limitations on performance. Typically used in wells with BHT up to 275 F, however the product will produce gels that are stable up to 350 F.

CX-14
4% Boron, Delayed, Borate based, Cross Linker

Use:
CX-14 is a high Boron content delayed liquid Cross Linker. It is a solution for cross linking guar, guar derivatives and other carbohydrate based fracturing fluids.
CX-14 is a suspension of slowly dissolving Boron particles and gives a typical crosslinking delay of 0.5 to 5 minutes, depending on loading and other conditions.
CX-14 can be winterized to extremely low pour-points for use in colder environments
CX-14 can be added on the fly, typical loading rates are 1 to 3 gpt based on desired fluid properties.
CX-14 should be used with a buffer to reduce pumping horsepower requirements.

Physical & Chemical Properties:
Appearance: Tan Liquid
Odor: Slight
Boron Content: 4% min
Specific Gravity: 1.35 to 1.45
pH: 4 to 9
Pour Point: 20 deg F

Compatibility: Compatible with most known fracturing fluids additives for use with all types of guar and guar derivatives. A compatibility test is always recommended before use.

Typical Dosage: Typically used at 1 to 3 GPT depending on well conditions and desired result

Temperature Limitations: Can be used across a wide temperature range, no lower or upper temperature limitations on performance. Typically used in wells with BHT up to 275 F, however the product will produce gels that are stable up to 350 F.

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