In The News
We are a Research & Development company specializing in material sciences applying the Caldera Lamination System process. The CLS is an advanced manufacturing process, a system of fabrication, manufacturing, and assembling components that use our Differential Pressure Assisted Resin Transfer or DPART fabrication process. We are creating a system and chemistry to create inflatable composite materials that can be hardened in real time to the strength properties of autoclaved carbon fiber components.
Founded by John Steven Calder, Instaclave Technologies is currently under intensive product and business development and we have partnered well. With the initial support of the Lawrence Berkeley Labs, we have made great inroads our product developments.
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Instaclave Technologies has committed to manufacturing Aerospace Carbon Fiber beginning 1st QTR 2022.
"Instaclave's proprietary DPART fabrication process is delivering parts consistently stronger than any commercial solution. This allows us to re-engineer existing composites and make lighter versions using less material."
"We are very excited about the development of our aerospace technologies", declared John Steven Calder, Instaclave Founder & CEO. We see this as a milestone in the development of our multidisciplinary application of our CLS & DPART technologies. The marketplace for upgrading and retrofitting Aerospace Systems using our improved composite technologies is estimated to be a greater than $55 Billion opportunity in the US alone."
Instaclave Technologies is announcing its has fabricated the strongest Carbon Fiber Aerospace parts using its proprietary DPART Technology.
DPART process parts for Space and Aerospace applications test to be 25-30% stronger than traditional fabrication methods
"Instaclave Technologies has been in deep research with its DPART (Differential Pressure Assisted Resin Transfer) technology.
"As part of RFP for both the National Science Foundation (NSF) and the National Aeronautics and Space Administration (NASA), we have had exceptional results with our testing. Using our proprietary DPART fabrication methods, we have created aerospace parts that are 25-30% stronger than traditional aerospace manufacturing techniques. – January 6, 2020."
"We are very excited about the development of our DPART technologies", declared John Steven Calder, Instaclave Technologies Founder & CEO. " We see this as a milestone in the development of our multidisciplinary application of our CLS & DPART technologies"
Contact us for test results details.
For Immediate Release - Dated Jan 26, 2020 - Click to download a copy
Instaclave Technologies has been selected to participate in a Request for Proposals (RFP) 2019-2: Advanced Materials Research and Development On-board the ISS National Laboratory.
"The ISS National Laboratory would like to thank you for submitting a Step 1 Concept Summary in response to “Request for Proposals (RFP) 2019-2: Advanced Materials Research and Development On-board the ISS National Laboratory”. The information submitted in the Step 1 Concept Summary has undergone a preliminary review for flight feasibility and scientific merit. The ISS National Laboratory is supportive of the proposed project titled “Zero Gravity DPART Foundry” and invites submission of a Step 2 proposal. The Full Proposal Submission Window is open: September 30, 2019 – January 6, 2020."
"This is an opportunity of a lifetime", declared John Steven Calder, Instaclave Technologies Founder & CEO. " I may not have had the chance to sit in with the Beatles, or spar a round or two with Muhammad Ali, but I do have the chance to look at the stars with my kids, and say I'm up there trying to change the world! It's truly an honor to be considered”!
For Immediate Release - Dated Oct 3, 2019 - Click to download a copy
Instaclave Technologies has submitted a Request for Proposals (RFP) 2019-2: Advanced Materials Research and Development On-board the ISS National Laboratory.
"The ISS National Laboratory would like to thank you for submitting a Step 1 Concept Summary in response to “Request for Proposals (RFP) 2019-2: Advanced Materials Research and Development On-board the ISS National Laboratory”. The information submitted in the Step 1 Concept Summary has undergone a preliminary review for flight feasibility and scientific merit. The ISS National Laboratory is supportive of the proposed project titled “Zero Gravity DPART Foundry” and invites submission of a Step 2 proposal. The Full Proposal Submission Window is open: September 30, 2019 – January 6, 2020."
"We are very excited about the development of our aerospace technologies", declared John Steven Calder, Instaclave Founder & CEO. " We see this as a milestone in the development of our multidisciplinary application our CLS & DPART technologies.
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