Innovex Lateral is designed for general blasting applications in underground mines, quarries, and construction with wet or dry holes. Innovex Lateral is not for use in the presence of sulphide reactive ground or elevated ground temperatures.
Innovex Lateral may be loaded at varying densities to achieve energies that optimize fragmentation distribution and minimise perimeter overbreak. The Innovex Lateral dual salt formulation is a product demonstrated to generate very low levels of post blast fume.
Velocity of Detonation, Relative Weight and Bulk Strengths calculated using the IPX code at a density of 1.20 g/cm³ and a cut-off pressure of 100 MPa relative to ANFO at a density of 0.80 g/cm³.
Actual in field velocity of detonation will vary and is dependent on hole diameter and confinement.
| Property | Unit | Base Emulsion | Gas Sensitized Emulsion | |||
| Density | g/cm³ | 1.47 to 1.51 | 0.90 | 1.00 | 1.15 | 1.20 |
| Velocity of Detonation | m/sec | 4116 | 4497 | 5071 | 5260 | |
| Relative Weight Strength | RWS | 67 | 73 | 84 | 90 | |
| Relative Bulk Strength | RBS | 75 | 91 | 120 | 135 | |
Innovex Lateral is compatible with most non-electric and electronic detonator systems.
Use of detonating cord with Innovex Lateral may influence blast outcomes.
Maximum hole depth depends on product selection, hole diameter, product densities, critical void space and the presence of water. Please contact a BME Technical Representative for additional guidance and site specific calculations using BME’s DensDepth program.
This product may be used in ground temperatures from 0° to a maximum of 65°C. If the application requires use outside of this temperature range please contact a BME Technical Representative for additional guidance.
This product is not formulated for use in reactive ground. Reactive ground is typically characterised by the presence of sulphide mineralization. If the application requires use in known reactive ground, or in untested sulphide bearing ground, please contact a BME Technical Representative for additional guidance.
The recommended maximum sleep time is 21 days. Sleep time is dependent on factors such as hole diameter, density, ground water conditions and initiation system. If the application requires longer in-hole sleep time, please consult with a BME Technical Representative for guidance.
In case of emergencies, click here to contact our team for assistance.
Omnia disclaims all liability whatsoever, whether arising in contract, delict (including negligence) or otherwise in relation to the use of any products/solutions or services and all implied warranties, terms and conditions relating to the products/solutions or services (whether implied by statue, common law or otherwise), including (without limitation) any warranty, term or condition as to accuracy, completeness, satisfactory quality, performance, fitness for purpose or any special purpose, non-infringement, information accuracy, as between Omnia and you, are hereby excluded. Omnia specifically disclaims liability and will not be responsible for, any liability or damages, howsoever arising, resulting from the use or reliance upon the information in this document.
You assume sole responsibility for results obtained from the use of the products/solutions or services, and for conclusions drawn from such use.
We continuously update our technical data sheets to reflect the most current and accurate information based on the latest available data. As such, the information provided is subject to revision. We recommend regularly checking for updates to ensure you are accessing the most up-to-date technical details.
