Japan issued 79,000 group tourist visas to Mainland Chinese last month. That�� on top of more than 30,000 individual visas. The total was ten times the number issued in January 2013.
Are cashed-up Chinese the answer to the region�� worsening geopolitical tensions? Hong Kong�� South China Morning Post thinks they just might be. Yesterday, the paper issued an editorial entitled ��ncrease in Tourism Can Help Heal Sino-Japan Rift.��/p>
That seems like a stretch, but East Asia could use any good news these days. China is unnerving the region as it tries, among other things, to seize neighboring territory and incorporate surrounding seas. In late November, Beijing declared its East China Sea Air Defense Identification Zone, which infringes on accepted notions of freedom of navigation and seeks to control the airspace of Japan and South Korea. Moreover, China issued rules, effective the first of this year, purporting to exercise sovereignty over international water in the South China Sea. And to top that off, Chinese General Liu Yazhou at the beginning of the year publicly urged his country to engage in armed conflict to grab territory from neighbors.
10 Best Construction Stocks To Watch Right Now: Hexcel Corp (HXL)
Hexcel Corporation (Hexcel), incorporated in 1948, is a composites company. The Company develops, manufactures and markets composites, including carbon fibers, reinforcements, prepregs, honeycomb, matrix systems, adhesives and composite structures, for use in Commercial Aerospace, Space and Defense, and Industrial Applications. Its products are used in a variety of end applications, such as commercial and military aircraft, space launch vehicles and satellites, wind turbine blades, automotive, bikes, skis and a variety of other industrial applications. Hexcel has two segments: Composite Materials and Engineered Products. The Composite Materials consists of carbon fiber, reinforcements for composites, honeycomb core and matrix product lines. The Engineered Products consists of composite structures and specially machined honeycomb product lines.
Composite Materials
The Composite Materials segment manufactures and markets carbon fibers, fabrics and specialty reinforcements, prepregs, structural adhesives, honeycomb, composite panels, molding compounds, polyurethane systems and laminates that are incorporated into many applications, including military and commercial aircraft, wind turbine blades, recreational products and other industrial applications. HexTow carbon fibers are manufactured for sale to third-party customers, as well as for its own use in manufacturing certain reinforcements and composite materials. Carbon fibers are woven into carbon fabrics, used as reinforcement in conjunction with a resin matrix to produce pre-impregnated composite materials. Carbon fibers is also used in filament winding, hand layup, automatic tape layup and advanced fiber placement to produce finished composite components. Its carbon fibers��product applications include structural components for commercial and military aircraft, space launch vehicles, and certain other applications, such as recreational and industrial equipment.
Industrial fabrics and specialty reinforcements are ma! de from a variety of fibers, including carbon, aramid and other polymers, several types of fiberglass, quartz, ceramic and other specialty fibers. These reinforcements are used in the production of prepregs and other matrix materials used in primary and secondary structural aerospace applications, such as wing components, horizontal and vertical stabilizer components, fairings, radomes and engine nacelles, as well as overhead storage bins and other interior components. Hexcel�� reinforcements are also used in the manufacture of a variety of industrial and recreational products, such as wind energy blades, automotive components, boats, surfboards, skis and other sporting goods equipment.
HexPly prepregs are manufactured for sale to third-party customers and for internal use by its engineered products segment in manufacturing composite laminates and monolithic structures, including finished components for aircraft structures and interiors. Prepregs are manufactured by combining reinforcement fabrics or unidirectional fibers with a resin matrix to form a composite material with structural properties not present in either of the constituent materials. Reinforcement fabrics used in the manufacture of prepregs include glass, carbon, aramid, quartz, ceramic and other specialty reinforcements. Resin matrices include bismaleimide, cyanate ester, epoxy, phenolic, polyester, polyimide and other specialty resins.
Other fiber reinforced matrix developments include HexMC, a form of quasi-isotropic carbon fiber prepreg that enables small to medium sized composite components to be mass produced. HexTOOL is a specialized form of HexMC for use in the construction of high temperature composite tooling. HexFIT film infusion material is a product that combines resin films and dry fiber reinforcements in production and enables the manufacture of contoured composite structures, such as wind turbine blades.
Polymer matrix materials are sold in bulk and film form for use in direct pro! cess manu! facturing of composite parts. Resins can be combined with fiber reinforcements in manufacturing processes, such as resin transfer molding (RTM), resin film infusion (RFI) or vacuum assisted resin transfer molding (VARTM) to produce composite components for both aerospace and industrial applications. Hexcel manufactures and markets a range of Redux film and paste adhesives. These structural adhesives, which bond metal to metal and composites and honeycomb structures, are used in the aerospace industry and for many industrial applications.
HexWeb honeycomb is a cellular structure consisting of nested hexagonal cells. The product is similar in appearance to a cross-sectional slice of a beehive. It can also be manufactured in asymmetric cell configurations for more specialized applications. Honeycomb is primarily used as a lightweight core material and acts as an energy absorber. When sandwiched between composite or metallic facing skins, honeycomb increases the stiffness of the structure, while adding very little weight. The Company produces honeycomb from a number of metallic and non-metallic materials. Its metallic honeycomb is made from aluminum and is available in a selection of alloys, cell sizes and dimensions. Non-metallic materials used in the manufacture of honeycomb include fiberglass, carbon fiber, thermoplastics, non-flammable aramid papers, aramid fiber and other specialty materials. During the year ended December 31, 2011, revenues for the Composite Materials segment to third-party customers represented approximately 77% of its total revenues.
Engineered Products
The Engineered Products segment manufactures and markets composite structures and precision machined honeycomb parts for use in the aerospace industry. Composite structures are manufactured from a variety of composite and other materials, including prepregs, honeycomb, structural adhesives and advanced molding materials, using such manufacturing processes, as autoclave processing, multi-axis nu! merically! controlled machining, heat forming, compression molding and other composite manufacturing techniques. During 2011, revenues for the Engineered Products segment to third-party customers represented approximately 23% of its total revenues. The Engineered Products business unit has a 50% ownership interest in a Malaysian joint venture, Asian Composites Manufacturing Sdn. Bhd.
Advisors' Opinion:- [By MONEYMORNING.COM]
There's also the advanced materials firm Hexcel Corp. (NYSE: HXL), which supplies honeycomb composites to some of the biggest names in the aerospace industry.
- [By Rich Smith]
This series, brought to you by Yahoo! Finance, looks at which upgrades and downgrades make sense, and which ones investors should act on. Today, our headlines include a pair of aerospace upgrades for European Aeronautic Defence and Space Company (NASDAQOTH: EADSY ) and Hexcel (NYSE: HXL ) . But it's not all good news, so let's start off by finding out why.
- [By Seth Jayson]
Hexcel (NYSE: HXL ) reported earnings on July 22. Here are the numbers you need to know.
The 10-second takeaway
For the quarter ended June 30 (Q2), Hexcel met expectations on revenues and beat expectations on earnings per share. - [By John Persinos]
The standout stocks in this segment are Hexcel Corp. (HXL), the leading producer of carbon composites, and Allegheny Technologies (ATI), which dominates the market in titanium.
5 Best Defense Stocks To Own For 2014: Thales SA (HO)
Thales SA is a France-based provider of integrated solutions and equipment of security systems primarily to the aerospace and defense markets. The Company operates in numerous countries through its divisions, including Aerospace, specialized in onboard equipment, electronics and systems for the civil and military markets; Space, offering solutions combining space and terrestrial technologies; Defence, which designs and delivers systems for all four environments: air, land, sea and space; Security, which offer the emergence of new types of threats from terrorism and organized crime to drug trafficking, mass immigration and cyber attacks; and Transportation, which offers a range of railways signaling solutions and integrated transportation systems, to ensure safe and secure transportation of operators, freight and passengers. In November 2013, it acquired XPI Simulation Ltd. In February 2014, it created a new business line called Critical Information Systems and Cybersecurity. Advisors' Opinion:- [By USATODAY 8 a.m. EST February 15]
Alex Pettyfer about to take the wheel of the Maserati Gran Turismo for a joyride with co-star Dayo Okeniyi.(Photo: HO)
Pettyfer and Okeniyi's character end up joyriding in the car along with Gabriella Wilde, who plays the rich girl falling in love with Pettyfer.
5 Best Defense Stocks To Own For 2014: Implant Sciences Corp (IMSC.PK)
Implant Sciences Corporation (Implant Sciences), incorporated in August 31,1984, develops, manufactures and sells sensors and systems for the security, safety and defense (SS&D) industries. Its technologies are used worldwide in security and inspection applications. Implant Sciences has developed technologies used in explosives trace detection (ETD), and and narcotics trace detection (NTD) applications and market and sell handheld ETD and benchtop ETD and NTD systems that use its technologies. The systems are used by private companies and Government agencies to screen baggage, cargo, vehicles, other objects and people for the detection of trace amounts of explosives. Implant Sciences have developed explosives detection systems designed for use in aviation and transportation security, high threat facilities and infrastructure, military installations, customs and border protection, and mail and cargo screening. The systems use the Quantum Sniffer technologies, including photon-based, non-radioactive ion source in combination with ion mobility spectrometry, a detection tool sensitive to the speeds with which ions of various substances move through the air to electronically detect minute quantities of explosives vapor and particles.
Quantum Sniffer QS-H150 Portable Explosives Detector
The Quantum Sniffer QS-H150 Portable Explosives Detector employs a vortex collector for the simultaneous detection of explosives particulates and vapors with or without physical contact and in real-time. The QS-HS150 can detect vapors and nanogram quantities of explosives particulates for explosives substances considered to be threats. The substances include military and commercial explosives, improvised and homemade explosives, and propellants and taggants.
The QS-H150 has automatic and continuous self-calibration. It monitors its environment, senses changes that would affect its accuracy, and re-calibrates accordingly. The system requires no user intervention and no calibration cons! umables. The detection process begins with the collection of a sample with its vortex collector. After collection, the sample is ionized photonically and analyzed using ion mobility spectrometer (IMS) technology. The presence of a threat substance is indicated by a visible and audible alarms. The threat substance is then identified and displayed on the integrated liquid crystal display (LCD) screen. When detecting a threat substance, the QS-H150 rapidly alarms. This real-time detection limits equipment contamination and allows for fast clear-down.
Quantum Sniffer QS-B220 Benchtop Explosives and Narcotics Detector
QS-B220 Benchtop Explosives and Narcotics Detector uses dual IMS with non-radioactive ionization for the detection and identification of a range of military, commercial, and improvised explosives as well as narcotics. The QS-B220 uses a sample trap which is wiped on the surface to be interrogated for explosives or narcotics particles.
The QS-B220 has automatic and continuous self-calibration. It monitors its environment, senses changes that would affect its accuracy, and re-calibrates accordingly.
Quantum Sniffer TM QS-Hx Portable Explosives Detector
The Company is focusing in developing a next-generation handheld detector that will use dual IMS non-radioactive ionization for the detection and identification of a range of military, commercial and improvised explosives, as well as narcotics. The QS-Hx will have automatic and continuous self-calibration, multi-level password-protected data security and will include a data management interface with data export to a network for recordkeeping, providing a link with the central command centers and logistics systems used by carriers.
Miniature Mass Spectrometer
The Company�� acquisition of Ion Metrics enabled it to obtain miniaturized quadrupole mass spectrometry (QMS) detector technology. The QMS detector is roughly the size of an AA battery and has low manufactur! ing costs! . When used in conjunction with an IMS, the QMS detector senses the molecular weight of the chemical species resulting in an orthogonal detection method in which a more fundamental characteristic of a substance is measured. It is developing interfaces for integrating the QMS detector into its future products.
Hyphenated Detectors
Depending on the application and the number of interfering background chemicals, it may be necessary to incorporate additional orthogonal detection methods. The combination of multiple sensors in series is known as employing hyphenated methods. By measuring different properties of the same species, interferents are separated from target species for a deterministic detection and identification and have minimum rates of false alarms. It is developing hyphenated systems employing conventional ion mobility, differential mobility and quadrupole mass spectrometry. As of June 30, 2012, it has one patent issued in real-time trace detection by IMS and QMS and two hyphenated system patents pending.
The Company competes with Morpho Detection, Inc., NucTech Company Limited and Smiths Detection, Inc.
Advisors' Opinion:- [By Daniel Lauchheimer]
Currently, three main companies supply security equipment to the TSA - Safran (SAFRY.PK), Smiths (SMGKF.PK), and Level-3 Holdings (LLL). All three of these companies sell the whole range of their products to the TSA, with an ETD offering included. Recently, however, a new company, Implant Sciences Corporation (IMSC.PK) received approval from the TSA to begin selling their ETD equipment to airport security professionals. This approval has opened the door for IMSC to begin taking some market share away from the more established players in the US and beyond.
5 Best Defense Stocks To Own For 2014: Implant Sciences Corp (IMSC)
Implant Sciences Corporation (Implant Sciences), incorporated in August 31,1984, develops, manufactures and sells sensors and systems for the security, safety and defense (SS&D) industries. Its technologies are used worldwide in security and inspection applications. Implant Sciences has developed technologies used in explosives trace detection (ETD), and and narcotics trace detection (NTD) applications and market and sell handheld ETD and benchtop ETD and NTD systems that use its technologies. The systems are used by private companies and Government agencies to screen baggage, cargo, vehicles, other objects and people for the detection of trace amounts of explosives. Implant Sciences have developed explosives detection systems designed for use in aviation and transportation security, high threat facilities and infrastructure, military installations, customs and border protection, and mail and cargo screening. The systems use the Quantum Sniffer technologies, including photon-based, non-radioactive ion source in combination with ion mobility spectrometry, a detection tool sensitive to the speeds with which ions of various substances move through the air to electronically detect minute quantities of explosives vapor and particles.
Quantum Sniffer QS-H150 Portable Explosives Detector
The Quantum Sniffer QS-H150 Portable Explosives Detector employs a vortex collector for the simultaneous detection of explosives particulates and vapors with or without physical contact and in real-time. The QS-HS150 can detect vapors and nanogram quantities of explosives particulates for explosives substances considered to be threats. The substances include military and commercial explosives, improvised and homemade explosives, and propellants and taggants.
The QS-H150 has automatic and continuous self-calibration. It monitors its environment, senses changes that would affect its accuracy, and re-calibrates accordingly. The system requires no user intervention and no calibration cons! umables. The detection process begins with the collection of a sample with its vortex collector. After collection, the sample is ionized photonically and analyzed using ion mobility spectrometer (IMS) technology. The presence of a threat substance is indicated by a visible and audible alarms. The threat substance is then identified and displayed on the integrated liquid crystal display (LCD) screen. When detecting a threat substance, the QS-H150 rapidly alarms. This real-time detection limits equipment contamination and allows for fast clear-down.
Quantum Sniffer QS-B220 Benchtop Explosives and Narcotics Detector
QS-B220 Benchtop Explosives and Narcotics Detector uses dual IMS with non-radioactive ionization for the detection and identification of a range of military, commercial, and improvised explosives as well as narcotics. The QS-B220 uses a sample trap which is wiped on the surface to be interrogated for explosives or narcotics particles.
The QS-B220 has automatic and continuous self-calibration. It monitors its environment, senses changes that would affect its accuracy, and re-calibrates accordingly.
Quantum Sniffer TM QS-Hx Portable Explosives Detector
The Company is focusing in developing a next-generation handheld detector that will use dual IMS non-radioactive ionization for the detection and identification of a range of military, commercial and improvised explosives, as well as narcotics. The QS-Hx will have automatic and continuous self-calibration, multi-level password-protected data security and will include a data management interface with data export to a network for recordkeeping, providing a link with the central command centers and logistics systems used by carriers.
Miniature Mass Spectrometer
The Company�� acquisition of Ion Metrics enabled it to obtain miniaturized quadrupole mass spectrometry (QMS) detector technology. The QMS detector is roughly the size of an AA battery and has low manufactur! ing costs! . When used in conjunction with an IMS, the QMS detector senses the molecular weight of the chemical species resulting in an orthogonal detection method in which a more fundamental characteristic of a substance is measured. It is developing interfaces for integrating the QMS detector into its future products.
Hyphenated Detectors
Depending on the application and the number of interfering background chemicals, it may be necessary to incorporate additional orthogonal detection methods. The combination of multiple sensors in series is known as employing hyphenated methods. By measuring different properties of the same species, interferents are separated from target species for a deterministic detection and identification and have minimum rates of false alarms. It is developing hyphenated systems employing conventional ion mobility, differential mobility and quadrupole mass spectrometry. As of June 30, 2012, it has one patent issued in real-time trace detection by IMS and QMS and two hyphenated system patents pending.
The Company competes with Morpho Detection, Inc., NucTech Company Limited and Smiths Detection, Inc.
Advisors' Opinion:- [By James E. Brumley]
It's not an uncompetitive market. Names like Implant Sciences Corporation (OTCMKTS:IMSC) and NXT-ID (OTCBB:NXTD) are battling in the security and facility-defense arena as well; IMSC makes explosives-detection and drug-detection hardware, while NXTD designs 3D image-rendering software that caters to the unique needs of prison security personnel, though the same technology has been proven in more traditional functions like building-security systems that keep certain people out rather than in. Neither Implant Sciences nor NXT-ID compete directly head-to-head with View Systems, however ... fortunately for them. See, VSYM is considered by some to be the best in the industry.
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