Dernière mise à jour : 2012-06-20

Bellshire Technologies Inc.

Information sur l'entreprise

Dénomination sociale :   Bellshire Technologies Inc.
Nom commercial :   Bellshire Technologies Inc.
Adresse postale 42-7284 Bellshire Gate MISSISSAUGA, Ontario L5N 8E4	Adresse civique 42-7284 Bellshire Gate MISSISSAUGA, Ontario L5N 8E4
Téléphone : (905) 696-9187
Courrier électronique : Paul.McGrath@BellshireTechnologies.com
Site Web : http://www.bellshiretechnologies.com

Information sur les personnes-ressources

Paul McGrath
	Titre :   Director of Engineering
	Téléphone :   (905) 696-9187
	Courrier électronique :   Paul.McGrath@BellshireTechnologies.com

Description de l'entreprise

At Bellshire Technologies Inc., we bring to the table the industrial know-how and technical expertise in the latest technologies and techniques for composite materials. Whether your product is at the concept stage, or making that leap to high production, we can provide your team with technical services required. Here at Bellshire Technologies Inc, we utilize state-of-the-art solid modeling with current design analysis software to bring your ideas to life and your products from concept to reality, even in the most demanding of applications. Our staff of Professional Engineers specialize in material science and engineering design. Coupled with true industry experience, they are capable to take on your performance challenges. We can work directly with you, your suppliers or your certification organizations throughout the process, from conceptual design to full-scale production, or any level of involvement in between.
Exportation :	Oui
Industrie primaire (SCIAN) :	541330 - Services de génie
Autres industries (SCIAN) :	541490 - Autres services spécialisés de design 541710 - Recherche et développement en sciences physiques, en génie et en sciences de la vie
Activité principale de l'entreprise :	Services

Produit / Service / Licence

Nom du produit :	Composite
Customized composite materials engineered for specific physical, mechanical, chemical, and electrical properties for processing using RTM, VARTM, open moulds, compression moulds, transfer moulds, and injection moulds.
Nom du service :	CAD
- 3D solid models and assemblies - 2D construction and shop drawings - Parts configured for compression, transfer, RTM, VARTM, and injection moulding - ISO, ANSI, DIN drawing standards - Geometric tolerances - Interference checks/tests - Model texturing and rendering - Animation of moving parts and assemblies - 3D web pages of parts and assemblies
Nom du service :	Composite Engineering
- Modeling of mechanical, physical, chemical, and thermal properties - Failure analysis using maximum stress, maximum strain, Tsai-Hill, Hoffman, or Tsai-Wu -Optimization of laminate stacking sequence, reinforcement location, and core placement -Optimization of high temperature and room temperature curing mechanisms -Moulding simulations -Validation, quality, and performance testing
Nom du service :	Finite Element Analysis
-Stress & displacement -Thermal stress -Contact analysis in assemblies with friction -Frequency & buckling, -Heat transfer - steady state & transient -Temperature dependent materials -Drop test -Fatigue -Optimization -Nonlinear stress analysis -Dynamic response -Laminate composite (Tsai-Wu ply-by-ply) failure -Stress & displacement for fibre oriented parts (e.g. SMC, BMC parts) -Structural analysis (seismic, snow loads, and wind loads)
Nom du service :	Material Formulation
- Thermoset and thermoplastics Reinforced with glass, carbon, aramid, wood fibres, Nano particles,and Nano Carbon Tubes. - Moulding formulations for SMC, BMC, RTM, VARTM, extrusion, and pultrusion moulding - Customized reaction kinetics for room temperature or high temperature catalyst systems - Customized electrical conductivity properties - Customized thermal expansion & conductivities - Customized mechanical properties - Customized physical properties - Low flammability and toxicity formulations
Nom du service :	Mold Design
- Design of RTM, VARTM, open moulds, compression moulds, transfer moulds, and injection moulds Thermal analysis and optimization - Cycle time determination - Moulding simulations - Mould deflection/stress/thermal analysis and optimization