Initiation Systems
Electronic detonators utilize microchips to deliver more precise timing to improve blasting results.
Our electronic initiation systems are rugged, reliable and safe. These important advances in technology enable users to achieve the benefits of accuracy with the easy connections of traditional nonelectric shock tube systems.
EIS providing accurate timing with robust all-weather surface connectors
Ability to fire 1800 detonators remotely including blast design software
High strength, long delay with super fuse technology for underground
ELECTRIC SUPER LP is a high strength, millisecond delay electric detonator
ELECTRIC SUPER MS is a high strength, millisecond delay electric detonator
High strength, millisecond delay with super fuse technology for surface
Instant ED housed for easy connection to shock tube and det cord
ELECTRIC SUPER STARTER is an instant electric detonator
Facilitates easy connections—up to 6 shock tube leads
Non-electric Blast Initiation System
Non-electric Delay Detonators
Non-electric truckline delay det for use with shock tube
Non-electric shock tube in 2,500 ft spools
Nonelectric Long Period Delay Detonator with J-hook
Nonelectric Long Period Delay Detonator with J-hook
Non-electric millisecond delay detonator—DOT class 1.1B
Non-electric millisecond delay detonator—DOT class 1.4B
Bi-directional non-electric surface delay detonator
Non-electric short lead delay det w/ sealed and looped end
Non-electric shock tube and detonator assembly
Truckline delay detonator for use with shock tube and cord
Textile cord explosives with PETN core
Plastic jacket cord explosives with PETN core
Superprime cord sensitive cast booster molecular explosive
Cast booster designed to optimize initiation
Cast booster capwell accepts both Nonel EIS detonators
Designed to optimize initiation of all booster sensitive explosives
Used in multiple deck blasting applications with a short lead NONEL units
Shock resistant CB with internal sleeve to protect the circuit board
Used in small diameter boreholes in underground blasting operations
Designed with 2 detonator wells and an enlarged through-tunnel
