Supplier: Glocon, Inc. (Swifter Fans)
Description: performance. The CTX Series are amongst the highest efficiency airfoils available. In addition to a cutting-edge airfoil design, the CTX Series fan blades incorporate proprietary technology to produce a composite blade comprised of a uniform fiberglass outer skin integrated with a high density inner foam
Supplier: Capital Lighting, Inc.
Description: PRODUCT DETAILS / SPECS Width/Dia: 6.00 Height: 0.25 Length 0.25 Bulb Finish: White Weight: 1.4 Product Name: 20`` Kubix & Zonix Blade: Composite, White - 3 UPC: 840506057913 Category: Blades Safety Listing: Wet Manufacturer's Warranty: Lifetime Blade span: 42
Supplier: Glocon, Inc. (Swifter Fans)
Description: hangars, and more. The Swifter® Solar Series Industrial Fans are the most efficient and best industrial ceiling fans to cool your warehouse or other large space. Features AC/DC Solar Hybrid Fan System Direct Drive Permanent Magnet Motor High Efficiency Composite Molded Fan Blades Folding
Supplier: Mixer Direct
Description: The axial flow turbine is a classic medium shear impeller. Very effective in both low viscosity and high, this impeller allows a mixer to the break up agglomeration and impart solids effectively. They will draw more power per volume than the propellers or hydrofoils as motor power is converted to
- Impeller Applications: Mixing, Pumping, Chemical, Heat Exchangers / Radiators, High Viscosity Media, Propulsion, Water / Wastewater, Other
- Number Of Blades / Vanes: 4
- Outside Diameter: 40 inch
- Bore Size: 2.5 inch
Supplier: Mixer Direct
Description: Electro-polished stainless steel 316L. For mixing small volumes of high viscosity products.
- Impeller Applications: Mixing, Pumping, Chemical, Heat Exchangers / Radiators, Propulsion, Water / Wastewater, Other
- Number Of Blades / Vanes: 2
- Outside Diameter: 1.5 inch
- Features: (Check all that apply): Anti-Static, Coated / Plated, Corrosion Resistant, Custom Fabricated, Multistage, Other
Description: designed to achieve larger airflow and greater static pressure. Thank to GELID's Nanoflux Bearing the impeller can be detached and the fan blades can be cleaned easily. a) Key Features of Nanoflux Bearing (NFB) The Nano-technology composite ensures lowest abrasion and extreme durability (MTTF 100
Supplier: Ziehl-Abegg Inc.
Description: Specification: Vpro free running impeller with 6 backward curved, three-dimensional, profiled blades. Impeller diameters from 190 to 630 mm, made from composite material. Equipped with inlet ring. Attributes and special features: High air volumes, high efficiency, low noise levels through optimised
- Maximum Diameter (Fan or Blower Wheel): 24.8 inch
- Design Configuration: Centrifugal
- Drive Options: Direct Drive
- Environment: Clean Air / Gas
Description: and noiseless Nano-technology composite for lowest abrasion and extreme durability Detachable fan blades for easy cleaning 3-pin design with 4-pin adapter for universal connectivity Specifications: Bearing Type: ENLOBAL Magnetic Barometric Bearing Fan Speed: 1500RPM +/-10% Noise Level: 14dBA
Supplier: APEX Machine Tool Company
Description: commercial and military aircraft. These parts include: Missile bodies and wings, Spars and ribs, Thrust reverser components, Inlet ducts, Engine fan spacers, Engine fan blades, F-22 components, F-117 inlet grids, Inlet and outlet guide vanes, Control surfaces, UAV surfaces and JSF parts.
- Type: Die Forging, Extrusion, Jigs and Fixtures, Sheet Metal Forming Dies, Welding Fixtures, Custom / Specialty Tools
- Services: CAD/CAM Support, Design Assistance, Initial Tool Tryout, Production Facilities, Repair and Maintenance, Prototyping
- Industry Served: Aerospace, Electrical / Electronics, Industrial, Marine, Medical, Military, Optical, Packaging Equipment, Semiconductor
- Location: North America, United States Only, Northeast US Only
Supplier: Cessna Aircraft Company
Description: At 235 knots, the Cessna TTx® is the fastest fixed-gear piston aircraft in its class. Its efficient laminar-flow wing design, the race-bred engine and the low-drag profile all add up to unprecedented speed. The TTx has a lighter and stronger all-composite body and wing that provide a signature
Find Suppliers by Category Top
Featured Products Top
Energy-Saving Fans Made of Biomaterials
Energy-saving fans made of "epylen" wood/plastic composite material. For many years, ebm-papst has been developing and producing energy saving fans for a wide variety of application areas in ventilation, air-conditioning and refrigeration technology. Efficient motor designs and aerodynamically optimised impeller geometries allow these fans to attain high efficiency. In terms of manufacturing materials, for a few years now, increasing use has been made of hybrid designs (e.g. aluminium inlay... (read more)
Browse Fans and Blowers (industrial) Datasheets for ebm-papst Inc.
More Information Top
Against it, are not to recommend the blades composed of several circular arcs.
Design and fabrication of integrally damped composite fan blades
Design and fabrication of integrally damped composite fan blades .
Journal of Aircraft > Analysis of High Velocity Impact on Hybrid Composite Fan Blades
Journal of Aircraft > Analysis of High Velocity Impact on Hybrid Composite Fan Blades .
Journal of Aircraft > Development of JT8D Turbofan Engine Composite Fan Blades
Journal of Aircraft > Development of JT8D Turbofan Engine Composite Fan Blades .
Noise Benefits of Advances in Fan Design for a High Speed Aircraft
In addition, it was assumed that the speed of the fan rotor was increased by five percent since the composite fan blades resist higher centrifugal force stresses because of their 60 percent lower density.
Holographic Nondestructive Testing: Review Of A Laser Inspection Tool
bond between an FOD (foreign object damage) shield protecting the leading edge of a compo- site fan blade .
Federal Register > Friday, April 24, 2009 > [74 FR 18624] Special Conditions: General Electric Company GEnx-2B Model Turbofan Engines
GE was able to show that the likelihood of these carbon graphite composite fan blades failing below the inner annulus flow path line is highly improbable.
Recent Advances in Textile Composites Vol. 9
ABSTRACT Snecma (SN) and Albany Engineered Composites (AEC) have been working to develop composite fan blades for jet engines that utilize 3D woven preforms to provide the fiber reinforcement.
Journal of Aircraft > Vibration Characteristics of Composite Pan Blades and Comparison with Measured Data
Vibration Characteristics of Composite Fan Blades and Comparison with Measured Data .
Journal of Aircraft > Illustration of airfoil shape effect on forward-swept wing divergence
Analysis of High Velocity Impact on Hybrid Composite Fan Blades .
Journal of Aircraft > Application of Value-Driven Design to Commercial AeroEngine Systems
Consider a chief design engineer at a design review meeting with their team reviewing the choices of titanium fan blades and new carbon composite fan blades (Fig. 15), they will face highly complex decisions in the tradeoff with numerous attributes.
Optimal topology and experimental evaluation of PE materials for actively shunted GE polymer matrix fiber composite blades
NASA Glenn Research Center (GRC), in collaboration with GE Aviation, has begun the development of a smart adaptive structure system with piezoelectric transducers to improve composite fan blade damping at resonances.
Development of an integral damping treatment for NASA's next-generation hollow fan blades
Previous studies on developing damped composite fan blades have investigated the feasibility of co-curing viscoelastic damping materials (VEMs) into blade laminates.
Starting Something Big: The Commercial Emergence of GE Aircraft Engines
The original graphite-epoxy composite fan blades could not withstand hailstones and bird impact and had to be replaced with titanium blades.
Structures, Structural Dynamics, and Materials and Co-located Conferences > Transient Response of a Multi-layered Composite Rotating Airfoil Under Slicing-impa...
We discuss the numerical method used to analyze the transient response of composite fan blade subjected to impulsive leading-edge loading.