Register for free to join our community of investors and share your ideas. You will also get access to streaming quotes, interactive charts, trades, portfolio, live options flow and more tools.
Register for free to join our community of investors and share your ideas. You will also get access to streaming quotes, interactive charts, trades, portfolio, live options flow and more tools.
**QMRK*** breaking 1!!!!,1000% today- next VLTC in the making here
Qualmark Corp
**QMRK*** breaking 1!!!!,1000% today- next VLTC in the making here
Qualmark Corp
**QMRK*** 1000% ahead, next VLTC in the making here
Qualmark Corp
**QMRK*** 1000% ahead, next VLTC in the making here
Qualmark Corp
QMRK breakout- about to break $1.00 and runs wild!!!
QMRK breakout- about to break $1.00 and runs wild!!!
QMRK like Vltc did/ $4-7
**QMRK** the next VLTC
**QMRK** the next VLTC
**VLTC** Voltari- fireworks about to get underway- stage is set for Carl Icahn
**VLTC** Voltari- fireworks about to get underway- stage is set for Carl Icahn
Wouldn't doubt to see this $10-$12 with an offer from Icahn
**VLTC** Lets see Carl Icahn buy this 50-100%+ premium
Fireworks about to start
**VLTC** Lets see Carl Icahn buy this 50-100%+ premium
**VLTC** Lets see Carl Icahn buy this 50-100%+ premium
**VLTC** Lets see Carl Icahn buy this 50-100%+ premium
***AXPW*** Axion Power to explode $2++
***AXPW*** Axion Power to explode $2++
***AXPW*** Axion Power to explode $2++
***AXPW*** BLAST OFF
UQM on fire!!!**UQM** UQM Technologies - $400 Million supply agreement
UQM on fire!!!**UQM** UQM Technologies - $400 Million supply agreement
**UQM** UQM Technologies - $400 Million supply agreement
100%+++
**UQM** UQM Technologies - $400 Million supply agreement
**UQM** UQM Technologies - $400 Million supply agreement
100%+++
**UQM** UQM Technologies - $400 Million supply agreement
100%++*
UQM $2.50-$3 this week
**UQM** UQM Technologies - $400 Million supply agreement
**UQM** UQM Technologies - $400 Million supply agreement
**UQM** UQM Technologies - $400 Million supply agreement
**UQM** UQM Technologies - $400 Million supply agreement
MBLX - Metabolix Blast off
MBLX - Metabolix Blast off
MBLX - Metabolix Blast off
MBLX - Metabolix Blast off
**MBLX** Metabolix Conference/Presentation today
(GLOBE NEWSWIRE) -- Metabolix, Inc. (MBLX), an advanced biomaterials company focused on sustainable solutions for the plastics industry, today announced that it will present its latest findings on the multifunctional benefits of bio-based PHA copolymers in a range of applications for polyvinyl chloride (PVC) and wood polymer composites. The new findings will be a key part of a technical presentation, entitled “Bio-based PHA Copolymers as Multifunctional Additives for Poly Vinyl Chloride Compound,” to be delivered by Mansoor Akhthar, Metabolix application development manager - PVC, at the upcoming Vinyltec 2015 conference Oct.13-15 in Akron, Ohio.
New research is leading to the development and commercialization of PHA biopolymer technology that improves processing and performance characteristics in a range of PVC applications including flexible, semi-rigid and wood polymer composites, particularly when high levels of fillers and PVC recyclate are incorporated. Among the findings, Metabolix has shown that its PHA biopolymers – highly miscible in PVC – can be used as process aids that act as both a lubricant and fusion aid with a resulting reduction in machine torque to increase ease of processing. The use of PHA also allows the increased use of mineral fillers, wood flour or PVC recyclate with improved properties of the final parts. Another key finding is that all of these performance and processing advantages can deliver significant cost improvements.
“Our PHA biopolymers display a set of unique performance properties in PVC formulations and represent a significant innovation in the industry,” said Max Senechal, Metabolix’s vice president of strategy and commercial development. “Our PHA biopolymers offer a range of processing and performance improvements while also delivering an economic benefit to PVC converters and brand owners. We look forward to continuing to work with the industry to create new solutions for PVC applications in a diverse range of building materials.”
Report TOS
Report TOS
*+*MBLX** Metabolix Conference/Presentation today
(GLOBE NEWSWIRE) -- Metabolix, Inc. (MBLX), an advanced biomaterials company focused on sustainable solutions for the plastics industry, today announced that it will present its latest findings on the multifunctional benefits of bio-based PHA copolymers in a range of applications for polyvinyl chloride (PVC) and wood polymer composites. The new findings will be a key part of a technical presentation, entitled “Bio-based PHA Copolymers as Multifunctional Additives for Poly Vinyl Chloride Compound,” to be delivered by Mansoor Akhthar, Metabolix application development manager - PVC, at the upcoming Vinyltec 2015 conference Oct.13-15 in Akron, Ohio.
New research is leading to the development and commercialization of PHA biopolymer technology that improves processing and performance characteristics in a range of PVC applications including flexible, semi-rigid and wood polymer composites, particularly when high levels of fillers and PVC recyclate are incorporated. Among the findings, Metabolix has shown that its PHA biopolymers – highly miscible in PVC – can be used as process aids that act as both a lubricant and fusion aid with a resulting reduction in machine torque to increase ease of processing. The use of PHA also allows the increased use of mineral fillers, wood flour or PVC recyclate with improved properties of the final parts. Another key finding is that all of these performance and processing advantages can deliver significant cost improvements.
“Our PHA biopolymers display a set of unique performance properties in PVC formulations and represent a significant innovation in the industry,” said Max Senechal, Metabolix’s vice president of strategy and commercial development. “Our PHA biopolymers offer a range of processing and performance improvements while also delivering an economic benefit to PVC converters and brand owners. We look forward to continuing to work with the industry to create new solutions for PVC applications in a diverse range of building materials.”
Report TOS
Report TOS
MBLX-- 100%+ ahead
MBLX-- 100%+ ahead
**MBLX** Metabolix Conference/Presentation today
(GLOBE NEWSWIRE) -- Metabolix, Inc. (MBLX), an advanced biomaterials company focused on sustainable solutions for the plastics industry, today announced that it will present its latest findings on the multifunctional benefits of bio-based PHA copolymers in a range of applications for polyvinyl chloride (PVC) and wood polymer composites. The new findings will be a key part of a technical presentation, entitled “Bio-based PHA Copolymers as Multifunctional Additives for Poly Vinyl Chloride Compound,” to be delivered by Mansoor Akhthar, Metabolix application development manager - PVC, at the upcoming Vinyltec 2015 conference Oct.13-15 in Akron, Ohio.
New research is leading to the development and commercialization of PHA biopolymer technology that improves processing and performance characteristics in a range of PVC applications including flexible, semi-rigid and wood polymer composites, particularly when high levels of fillers and PVC recyclate are incorporated. Among the findings, Metabolix has shown that its PHA biopolymers – highly miscible in PVC – can be used as process aids that act as both a lubricant and fusion aid with a resulting reduction in machine torque to increase ease of processing. The use of PHA also allows the increased use of mineral fillers, wood flour or PVC recyclate with improved properties of the final parts. Another key finding is that all of these performance and processing advantages can deliver significant cost improvements.
“Our PHA biopolymers display a set of unique performance properties in PVC formulations and represent a significant innovation in the industry,” said Max Senechal, Metabolix’s vice president of strategy and commercial development. “Our PHA biopolymers offer a range of processing and performance improvements while also delivering an economic benefit to PVC converters and brand owners. We look forward to continuing to work with the industry to create new solutions for PVC applications in a diverse range of building materials.”
Report TOS