About TB Woods Jaw Couplings
TB Woods Jaw Couplings
TB Wood is an industry leading designer and manufacturer of mechanical power transmission equipment for industrial applications. Our mechanical product lines include: synchronous, v-belt, and belted variable speed drives; grid, disk, jaw, gear and elastomeric coupling products; sheaves and bushings, sprockets and clutches. Registered trademarks include Sure-Flex , Dura-Flex Form-Flex , G-Flex and Sure-Grip Bushings.
Couplings
- Sure-Flex Plus Couplings
- Dura-Flex Couplings
- Jaw Couplings
- Form-Flex Couplings
- Rigid Couplings
- G - Flex Grid Couplings
Sheaves & V-Belts
- Premium Drives
- Narrow Drives (Ultra V)
- Classical Drives
- Light Duty Drives (FHP)
- Poly-V Sheaves
Synchronous Drives
- QT PowerChain II
- Synchronous Plus
- Timing Drives
- QT PowerChain
Variable Speed Drives |
- Stationary Control (Adj)
- Motion Control (Variable)
- Companion Sheaves
- Motor Bases
Clutches & Brakes
- NLS Centrifugal
- Roto-Cam Mechanical
- Disc-O-Torque Hydraulic
HSV Hydrostatic Speed Variator
Sure-Grip Bushings |
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Versatile Alignment and High PerformanceTB Woods Flexible Jaw Couplings are engineered to support axial, angular, and parallel misalignment, ensuring smooth torque transmission even when exact alignment is challenging. Their design minimizes vibration and absorbs shock loads, extending equipment life and reducing downtime in demanding industrial environments.
Durable Construction and Wide CompatibilityManufactured from robust cast iron or steel, these couplings are equipped with high-quality spiders in nitrile rubber as standard, with options in polyurethane or bronze for varied applications. Each coupling meets important industry standards such as AGMA and ISO, assuring compatibility and safety across industries in India and worldwide.
Simple Installation and Maintenance-Free OperationTB Woods Jaw Couplings feature an open, single-row structure that enables straightforward assembly and alignment. Designed with a maintenance-free philosophy, there is no need for lubrication, which simplifies use and lowers ongoing maintenance costs for end users.
FAQs of TB Woods Jaw Couplings:
Q: How do TB Woods Flexible Jaw Couplings handle misalignment?
A: These jaw couplings are designed to accommodate axial, angular, and parallel misalignments, making them ideal for applications where perfect shaft alignment is difficult to achieve, thereby minimizing wear and vibration.
Q: What spider material options are available, and how do they impact performance?
A: Standard couplings use a nitrile rubber spider, providing good damping and flexibility. For specialized needs, spiders are also available in polyurethane or bronze, allowing users to tailor performance to specific durability or chemical resistance requirements.
Q: When should TB Woods Jaw Couplings be selected for use?
A: They are best suited for power transmission systems in pumps, compressors, conveyors, fans, and mixers, especially when easy installation, precise alignment, and vibration damping are important operational factors.
Q: What is the installation process for these couplings?
A: With their open, single-row structure, installation is straightforward: align the coupling halves and insert the spider between them before securing everything to the shafts. No lubrication or complex tools are required.
Q: Where can TB Woods Jaw Couplings be sourced in India?
A: These couplings are available through authorized distributors, exporters, importers, suppliers, and traders across India, ensuring rapid product availability and service.
Q: What are the benefits of using maintenance-free, open-design couplings?
A: The open, no-seal design eliminates the need for lubrication and frequent maintenance, reducing downtime and operational costs, while enhancing overall reliability in duty cycles.
Q: What standards do these couplings meet, and why is this important?
A: They are manufactured to AGMA and ISO standards, ensuring interchangeability, safety, and compatibility with global industrial systems, which is critical for seamless integration and operational consistency.