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LIGHT WEIGHT
Nature provides the geometry, we provide the honeycomb composite material. Nida-Core is extruded from tough, versatile polypropylene plastic. (Other materials are available). Thermo fused to the honeycomb cells are non-woven polyester bonding scrims with a polypropylene barrier film to limit resin consumption. When encapsulated in a laminate it is recognized by the US Coast Guard as a primary flotation material in small boats.
ROT PROOF
PVC and SAN Foams are attacked by styrene and absorb water when exposed, plywood and balsa rot or lose strength when wet. Nida-Core does NOT rot and is unaffected by most solvents and chemical agents. Additionally, when encapsulated in a laminate using a non-aqueous resin the scrim forms a seal limiting water migration through the structure, even if skin is punctured.
EXCELLENT BOND
The cell walls are fused into the non-woven polyester scrim. That coupled with the scrim's affinity for virtually any resin or adhesive system provides exceptional bond and peel strength.
IMPACT RESISTANCE
There are many cores that can make a light, stiff structure. Nida-Core, however, combines the light weight and stiffness of honeycomb with tough polypropylene plus superior bonding properties due to the thermo fused scrim. The combination allows Nida-Core to absorb and dissipate impacts and shocks repeatedly that would cause ultimate catastrophic failure in other core materials.
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Closed-cell, thermoplastic structural foam designed for use with all resin
systems and processing technologies.
Different applications in wind energy, marine, road and rail and other industrial sectors.
Characteristics:
· Easy to process with all types of resin and lamination processes
· High process temperature up to 150°C (302°F)
· Excellent fatigue strength
· High compression and shear properties
· Very low variance of mechanical properties
· Excellent chemical stability
· Good adhesion (skin-to-core bond)
· Excellent long term thermal stability up to 100°C (212°F)
· No water absorption
· No after expansion
Processing:
· Contact molding (hand/spray)
· Vacuum infusion
· Resin infusion / injection (VARTM / RTM)
· Adhesive bonding
· Prepreg processing
· Compression molding (GMT, SMC)
· Thermoformable
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3-dimensional fibreglass reinforcements, Nida-Fusion STO complexes are composed of a sheet of closed-cells foam covered with a reinforcing fibre layer on each side. These three elements are linked together by fiberglass bridging strands, which go through them obliquely, forming triangulations Truss Network.
For a very competitive price, Nida-Fusion STO complexes allow you to build sandwich constructions offering :
Very good flexural strength,
Excellent fatigue and delaminating resistance,
Good high temperature and fire resistance,
Shaped structures with thickness variations,
Excellent thermal insulation
Nida-Fusion STO is patented and is offered in 2 variations :
Nida-Fusion STO complexes made of rigid foam and used for the production of planar structures without thickness variation,
Nida-Fusion STF complexes made of flexible foam and used for shaped structures with thickness variation..
Nida-Fusion STO complexes can be tailored exactly to your needs (Foam, choice and weight of reinforcements, orientation and spacing of the triangulations), and are made to order.
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Variations of Nida-Core lightweight high-performance panels are virtually infinite and may be made to order. The most common options and their corresponding product codes are listed below. Please contact your Nida-Core Corporation representative for assistance or a question on variations on options not listed.
Specifications:
Standard tolerances are listed below. Please
Nida-Core Corp. Has completed the installation of the 11'WX22.5' L 250 ton conveyorized oil heated press , capable in making panels up to 45' in length.
consult with your Nida-Core representative if a situation requires alternative specifications.
Panel size: 48"X84" or 48'X96"
Thickness: Varies with laminate type and customer specifications, core thickness up to 20" available by special order. Tolerances =+ .0025"
All Nida-Core laminated products can be supplied CNC cut to size as per customer specifications.
Nida-Core limits its warranty to the free delivery of panels replacing panels deemed defective by Nida-Core Corp. Nida-Core expressly disclaims any liability for consequential damages.
Several products offered by Nida-Core Corp are ISO 9002 quality certified.
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Nida-Core Corp. foam production facilities include state-of-the-art fully automated computer numerically controlled equipment available with up to 150 lb/min capacity.
Cannon dispenser machine, several Femco and Edge-Sweets foam block machining units, 62" wide belt sander and associated support equipment for ultimate consistency and high quality polyurethane foam product.
Coupled with our heated 11'X21.5' 250 ton press (for panels up to 43' in length) and 5-axis CNC milling capability, Nida-Core Corp. is your source for all custom polyurethane foam machining needs.
• Foamline polyurethane foam is available in sheets from 3/16" to 8" thick blocks in densities from 2 lb/ft3 to 50 lb/ft3.
• Standard polyurethane foam sheet size is 48" X96"
• All Foamline polyurethane foam products can be supplied in customer specified CNC cut kit form.
• Closed cell content up to 99%
• Freeze and thaw cycle tested.
• Anti-static additives available for specific applications.
• Low-abrasion additives available for machining applications.
• Fire - retardant additives available.
• Custom pigmentation and customer branding available.
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Plascore produces lightweight panels that incorporate honeycomb and foam cores with a wide variety of facing material; and specialized finished assemblies. Our capabilities include adhesive formulating, metal welding, surface treatment, powder coat painting, QC testing, Color analysis, Adhesive bonding, CNC Machining, edge treatments and closeouts. Plascore's engineers can aid in the design of a lightweight honeycomb panel solution for any application.
Current honeycomb panel markets that we serve are Aerospace, Automotive, Medical, Construction, Marine, Recreational, Transportation, Architectural, Consumer and the Military.
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Hexcel not only supplies honeycomb in blocks or sheet form. We also supply honeycomb sandwich panels for aerospace and industrial applications. Hexcel also supplies Engineered Core honeycomb parts, manufactured to customer specifications in tight tolerances using Hexcel's honeycomb expertise.
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A core material produced from certified kiln-dried balsa wood in the 'end-grain' configuration. The properties of balsa make it ideal as a core for sandwich construction. It has extremely high strength and stiffness to weight ratios, and achieves an excellent bond with all types of resins and adhesives. It is compatible with a variety of manufacturing processes and is resistant to temperature changes, or exposure to fire, or chemicals such as styrene. It is an ideal core material for an extensive range of applications. All while being a renewable resource.
- extremely high strength and stiffness to weight ratios
- excellent fire performance
- ecological product
- wide operating temperature range (-212°C to +163°C, -414°F to +325°F)
- excellent fatigue resistance
- good sound and thermal insulation
- high impact strength
- good moisture resistance
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End Grain Balsa, a highly processed ultra light wood product, imparts impressive strength and stiffness to the sandwich panel. The end grain configuration of balsa provides high resistance to crushing, and is very difficult to tear apart. End grain balsa cored panels also have the ability to handle excessive dynamic loads with high resistance to fatigue. Until recently, end grain balsa was excluded from some weight sensitive applications, as there were lower density foam cores available. Now, through controlled growing and careful selection, BalsaLite balsa wood is competitive in weight, as well as offering superior performance in stiffness and strength, particularly where local crushing or bruising is a concern.
Nida-Core is a proud BalsaLite balsa wood supplier. BalsaLite is select quality, kiln-dried, end-grain balsa wood suitable as a structural core material in composite sandwich construction. BalsaLite balsa wood is a naturally renewable resource. The balsa plant (Ochroma lagopus) grows from seedling to mature balsa tree in 4-6 years and reaches heights up to 25 m (90 ft) before dying in 8-10 years.
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With Watlow's diverse RAYMAX® radiant heater line, we have a solution for almost any application requiring radiant heat. Our capabilities cover a wide range of needs, from contamination-resistant panel heaters to fast-responding quartz tubes to rugged tubular elements and high temperature ceramic panels.
Applying radiant heaters can be complicated. Watlow's engineering staff has the level of training required to help you meet your application requirements, providing a high degree of technical support such as conducting testing for your application at our facility, calculating your watt density and temperature requirements, and recommending system components such as sensors and controllers. With our experience in a wide range of industries, chances are Watlow has already helped someone handle a radiant heating application like yours.
Applications
Thermoforming
Food warming
Paint and epoxy curing
Heat treating
High temperature furnaces
Tempering and annealing processes
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A RANGE OF CERAMIC GAS HEATERS ADAPTED TO ALL HEATING NEEDS IN INDUSTRIAL BUILDINGS (height of 4 meters and more).
Use: Industrial buildings, Churches, Sports halls, Car service, Terraces, ...
- a large range of heaters from 2,5 to 27 kW and more.
- a choice of 10 powers for a comfort in all type of buildings whatever the
hanging height of the heaters
- a double-speed option for a better comfort, particularly in well insulated
buildings
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Wide area radiant heaters can be mounted to radiate in any direction and can reliably operate, with no reduction in radiant output over the life of the heater. The lightweight building block approach allows for a modular installation which is easily expandable. One-piece bonded construction resists damage from vibration and shock. These heaters also have a lower operating cost with up to 80% of the input energy transmitted to and absorbed by the work material.
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CPAC Microplate
The INHECO CPAC Microplate is a compact heated and cooled position, built into the deck or ALP of a liquid handling system. Compact footprint and overall height, most SBS listed disposable can be fitted. The system is also suited for the heating and cooling of tubes and other probe formats. The unit is ready to install, CE and UL certified. A thermal fuse provides extra protection from overheating.
Power supply, temperature setting and control of the CPAC Microplate is performed through an INHECO TEC Control unit, please refer to the seperate TEC Control data sheet. Various types of aluminum adapter plates to match the required disposable are available. Adapter plates and positioner can be easily taken down for cleaning, or changed to another configuration within minutes.
The CPAC Microplate is mostly used on robotic platforms and systems in Lab Automation, primarily:
Beckman: Biomek FX, NX
Protedyne: BioCube
Caliper: Sciclone
The following variants are available:
Product Article Dimensions W x D x H (mm) Weight Temperature Range
CPAC Microplate 7000079 89x128x102mm 1,0kg +4ºC to +70ºC
CPAC Microplate HT 7000095 89x128x105mm 1,0kg +4ºC to +90ºC
CPAC Microplate 2-TEC 7000068 89x128x112
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Lytron is at the forefront of cold plate innovation, offering seven different cold plate technologies—the broadest range in the industry. With full custom design and build capabilities, plus over 30 standard parts, Lytron can solve all your thermal challenges.
Lytron offers more cold plate technologies than any other cold plate manufacturer. With tubed, flat tube, and performance-fin cold plates, you can be sure that whatever your thermal and geometric requirements, Lytron has the technology you need and the experience to tailor it to your application.
Lytron’s standard cold plate technologies can be customized and integrated into sub-assemblies.
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Heat Pipe-Assisted Cold Plate Technology
Thermacore’s Heat Pipe Cold Plate technology uses heat pipes embedded in an aluminum plate to provide the necessary high-efficiency heat transfer in space and weight constrained applications. By using heat pipes, the cold plate has the weight of aluminum with an effective thermal conductivity more than four times that of copper. It is capable of operating in harsh environments including high altitude, extreme temperatures/humidity, shock and vibration.
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