POLYLOC — IN-FORMATION DIVERTER
Increase Fracture Complexity
Water-soluble diversion designed to create additional fracture pathways.
PolyLoc is an in-formation diverter that flows with treatment fluid and sand toward the tip of the fracture. It is designed to provide temporary diversion, promote the initiation of additional fracture branches near the tips of existing fractures, and increase the contacted rock-face area and stimulated reservoir volume (SRV).
WHAT IS POLYLOC?
Simple chemistry. Temporary diversion. Clean dissolution.
Polymer based and totally water soluble
Dissolves in water and brine across pH ranges
Will not re-solidify after dissolving under the documented test conditions
No corrosive materials
No other chemicals needed to dissolve
Specific gravity: 1.1–1.3
Designed for in-formation diversion
Diverts fluid and sand toward additional fracture pathways
Flows with fluid toward the fracture tip
Promotes additional fracture branches near existing fracture tips
Increases contacted rock-face area / SRV
SAFETY DATA SHEET (SDS)
PolyLoc safety and transport information
The PolyLoc Safety Data Sheet classifies the product as not a hazardous substance or mixture under GHS in accordance with OSHA (29 CFR 1910.1200). The SDS describes PolyLoc as a white dry granular material with a relative density of 1.1–1.3 and as completely soluble.
Material
White dry granular
Relative density: 1.1–1.3
Solubility: completely soluble
Transport classification
DOT (US): Not dangerous goods
IMDG: Not dangerous goods
IATA: Not dangerous goods
SDS revision date: December 16, 2025.
WHAT IT DOES
Operational benefits described in the PolyLoc presentation
Fracture complexity
Designed to create additional fractures and increase contacted rock face.
Proppant placement
Enhanced proppant placement efficiency and reduced impact on adjacent wells are identified as intended benefits.
Lower diverter usage
The presentation identifies 50–70% lower diverter usage versus traditional diverters across most formations.
Pump-rate flexibility
Pump rate does not change during the job; no isolated pumps are required.
Broad operating range
Designed to operate across pumping rates and pressures while remaining compatible with standard frac equipment.
Real-time indication
Surface-pressure responses can be used as a real-time indication when optimizing PolyLoc usage.
PROOF
Review the test, field-pressure and production records
NEXT STEP
Run a controlled 1–2 well field trial.
Match offset geology and completion design, capture exact PolyLoc timing and volume, document pressure and flowback observations, then compare normalized production over time.
K&C Distribution
405-853-0556
Chris.kcdistribution@gmail.com
