Discover the power of reliable blasting with Uttam Blastech’s premium shock tube initiators. Our meticulously crafted initiators, made from high-quality materials, ensure long-lasting performance and reliable ignition to stimulate your blasting operations consistently. Built to withstand rugged conditions, our shock tube initiators are designed to deliver consistent and instant ignition, providing a dependable start to your blasting sequence. With our initiators, you can trust that your blasts will be initiated with precision, allowing you to achieve optimal results while prioritising safety.
Suitable for a wide range of applications, including mining, quarrying, construction, and demolition, our shock tube initiators provide the versatility needed to meet your blasting requirements effectively. Our initiators seamlessly integrate with shock tube systems, allowing for straightforward setup and operation and ensuring a smooth and efficient blasting process. Offering excellent efficiency and cost-effectiveness, our initiators help optimise your operations, reducing downtime and increasing productivity. At Uttam Blastech, we are committed to providing exceptional customer support, offering guidance and technical expertise to ensure you find the perfect solution for your blasting needs.
Initiator Type: Fully Non-electric Initiation Also Initiates Electric DetonatorOutput Energy:
EL blast energy: 40 Joules (Ws)
TC blast energy: Up to 0.6 Joule (Ws)
| Temperature Range: | -10°C to +55°C |
| EN: 60068-2-1:2007-04 | EN: 60068-2-2:2007-09 |
Humidity:90% no-condense
Storage temperature: -25°C to +55°C (batteries excluded)
Certification and Compliance:
Conformity: CE–EMC: EN61000-6-2, EN61000-6-3
Authorization and classification:Italian M.S.E. 3Ea 2006; Deutsche BAM-ZM-458
Please note that the above specifications may vary depending on the specific shock tube initiator model and manufacturer. For detailed and accurate technical information, it is recommended to consult the product documentation or reach out to the manufacturer directly.
At Uttam Blastech, every instrument we offer is supported by our dedication to research, the expert team's scientific approach, and our global experience, ensuring we only sell the best.
We calibrate, maintain, and repair all sold and used instruments, ensuring optimal performance with our knowledgeable team's support.
Our instruments include onsite training and support, along with post-purchase phone and email support, and a 1-year warranty from purchase date and we provide a replacement for extended repairs.
All our products are developed by our own R&D or improved by our R&D. This ensures that all the products you purchase from us are only the best in the industry.
Fully Non-electric Initiation
Initiates an Electric Detonator
CE Certified Design
First Time in India
Software Driven
Superior Quality and Durability
Safety
Mechanical Parts
Fully Electronic Design
Precise and Reliable Ignition
Cost-effective
Seamless Integration
Versatile Application
Shock tube initiators are non-electric systems used to safely trigger explosions via a plastic tube filled with reactive material. When ignited, a low-energy shock wave travels through the tube to initiate a controlled blast. Common in mining and construction, shock tube initiators ensure safe, consistent blasting.
Yes, blasting can be done without traditional electric or electronic detonators by using shock tube initiators. They eliminate risks from electromagnetic interference and provide reliable blast initiation, ideal for many mining and industrial environments. New regulations in India actively discourages the use of electric detonators making the shock tube initiators as the only viable alternative
Shock tube initiators are a safe and reliable alternative to traditional detonators, especially electric ones. They enable non-electric initiation, which is ideal for sites where electrical interference is a concern. As a safer and simpler option, shock tube initiators are becoming popular across industrial and mining applications.
Electric detonators initiate blasts using an electrical signal, while shock tube initiators use a non-electric shock wave in a reactive-coated tube. Shock tube initiators are safer where electromagnetic interference might be an issue and provide better control over blasting, particularly where new regulations restrict electric detonator use.
Electronic detonators offer precise blast timing but rely on electronic components that can be affected by electromagnetic interference. Given that new regulations in India limit the use of electric detonators, shock tube initiators present a simpler, safer alternative. Being non-electric, they are well-suited for areas where electronic signals may impact blast safety.
MINING & EXCAVATION EXPERTS & CONSULTANTS IN INDIA
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