Strategic Integration from Source to Site
Leverage the
Canada-Hong Kong-China nexus,
we provide a cost-effective, world-class supply chain.
Our dedicated multi-modal logistics management ensures "Just-in-Time" delivery to bolth high-density urban sites and remote project locations.
North American Standards (Canada)
=> Global Strategic Hub (Hong Kong)
=> Premium Resource Origin (China)
Our high-yield sodium bentonite is engineered to exceed API 13A and international civil engineering standards.
We provide the rheological stability required for the world’s deepest foundations and most complex excavations.
We conduct rigorous testing for filtration loss, marsh funnel viscosity, and sand content to ensure peak performance in deep trenching and high-pressure environments.
Our direct-from-mine supply chain ensures price stability and total quality oversight from the source to your project site.
Optimised rheology designed for challenging geological profiles.
From sensitive marine clays in coastal projects to high-pressure hard-rock formations, our fluids are engineered for peak borehole stability and performance.
Our products support sustainable slurry management and align with the global
Earth Control Measures (ECM) protocols.
Sodium Bentonite (Industrial)
Premium Sodium Bentonite
(API 13A Section 9 Specification)
Civil Engineering
Ideal for Diaphragm Walls (D-walls), Bore Piling,
and Pipe Jacking.
Tunneling
Optimised for Slurry TBM (Tunnel Boring Machines) to ensure face stability and efficient cuttings transport.
Oil & Gas
High-yield viscosifier for water-based drilling fluids.
Hydraulic Conductivity
Low-permeability sealant for landfill liners and pond sealing.
Technical Highlights
- Strong Viscosity: 35.0 @600rpm for superior suspension
- High Yield: 2.8 excellent carrying capacity for deep piling/MRT works
- Low Fluid Loss: 14.2 ml filtrate volume for optimum borehole integrity
- Purity: <4.0% sand content to protect expensive pumping and cutting machinery
Technical Specifications:
Engineered for Structural Certainty
API 13A Section 9 Compliant Sodium Bentonite
for Critical Infrastructure
At Kurrent Max, we provide more than raw materials; we provide the oversight
necessary for site success.
Every batch of our API 13A Section 9 Bentonite is sourced and verified to meet rigorous filter cake and rheology standards, ensuring stability in complex diaphragm walls and tunneling projects.
API 13A Section 9 Bentonite Specification Table
Bentonite Cat Litter (Consumer)
Professional-Grade Care,
Sourced from the Earth.
Derived from high-purity reserves,
our Bentonite Cat Litter
brings industrial-strength absorption
into the heart of home.
Engineered for Resilience, our mineral-based litter provides superior clumping power and natural door neutralization without the use of harsh chemicals.
By managing the process from Mine-to-Market, we ensure a dust-free, hygienic environment for pets and owners alike.
Experience the Integrity of a 100% natural, eco-friendly solution that prioritizes the health and comfort of your family.
Performance Highlights
- High Absorption Rate
Rapid moisture-wicking technology that handles heavy use with ease.
- Instant Clumping Technology
Forms tight, manageable clumps for effortless cleaning and reduced waste.
- 99.9% Dust-Free
Advanced screening processes ensure a low-tracking, hypoallergenic experience.
- Zero Chemical Additives
100% natural mineral composition with no synthetic fragrances or dyes.
Polymer Clay (Creative)
The Synergy of Mineral Strength
and Artistic Finesse.
Our Polymer clay represents the perfect Synergy between raw mineral power and human creativity.
Designed for artists, hobbyists, and industrial designers, our clay maintains its Resilience after curing, ensuring that every detail of your imagination is preserved.
Performance Highlights
- Superior Pliability
- High-Finesse Detail Retention
- Durable, Crack-Resistant Finish
- Professional-Grade Consistency
Type
Oven Hardening Clay
Polymer clay remains workable until cured.
Curing occurs when crafted clay is heated with a household microwave or oven at temperatures from 265 °F (129 °C) to 275 °F (135 °C) sustained for
15 minutes per 1⁄4 inch (6.4 mm) of thickness.
