-
Description: such as bow and leaf springs. We offer spring design and engineering services to help maximize the performance of your design. Additional services include NDT, mechanical testing, shot peening, plating and complete heat and lot traceability. We stock the largest inventory of raw
- Material: Aluminum, Brass, Copper, Beryllium Copper, Inconel, Nickel, Steel, Tin Coated Steel, Stainless Steel, Titanium
-
Supplier: Zhejiang Lisheng Spring Co., Ltd.
Description: ? Springs and aluminum alloys, metal elements such as silicon, manganese, chromium, vanadium and molybdenum are often added to steel to make springs to increase the elasticity and fatigue limit of springs and make them resistant to impact. Large-scale wave springs
- Inner Diameter (ID): 0.8752 inch
- Material: Stainless Steel
-
Supplier: Zhejiang Lisheng Spring Co., Ltd.
Description: ? Springs and aluminum alloys, metal elements such as silicon, manganese, chromium, vanadium and molybdenum are often added to steel to make springs to increase the elasticity and fatigue limit of springs and make them resistant to impact. Large-scale wave springs
- Inner Diameter (ID): 0.8661 inch
- Material: Stainless Steel
-
-
Supplier: Zhejiang Lisheng Spring Co., Ltd.
Description: ? Springs and aluminum alloys, metal elements such as silicon, manganese, chromium, vanadium and molybdenum are often added to steel to make springs to increase the elasticity and fatigue limit of springs and make them resistant to impact. Large-scale wave springs
- Inner Diameter (ID): 0.6299 inch
- Material: Stainless Steel
-
Supplier: Zhejiang Lisheng Spring Co., Ltd.
Description: ? Springs and aluminum alloys, metal elements such as silicon, manganese, chromium, vanadium and molybdenum are often added to steel to make springs to increase the elasticity and fatigue limit of springs and make them resistant to impact. Large-scale wave springs
- Inner Diameter (ID): 0.3543 inch
- Material: Stainless Steel
-
Supplier: Jilson Group (The)
Description: of threaded plates. Features and Benefits of Various Accessories: Self-aligning roll-in T-slot nut with spring ball Roll-in T-slot nut with spring ball Self-aligning roll-in T-slot nut with spring leaf Threaded Plate/Threaded Plate Rhombus to fix
-
Supplier: Magnus Mobility Systems, Inc.
Description: need. Fix components to profiles – some remain mobile, some lock by turning into slot Threaded Plate/Rhombus fix to components with a screw Self-aligning and roll-in T-Slot nuts with spring ball or leaf
- Material: Aluminum
- Metric Size: M8
- Thread Direction: Right Hand Thread
- Type: Tee Nut
-
Supplier: Honeywell Sensing & IoT
Description: MICRO SWITCH E7/V7 Series medium duty limit switches are designed for a wide variety of indoor and outdoor applications. The electrostatic applied epoxy coating to the aluminum housings enhances the durability of the product in most applications. The E7/V7 family of switches incorporates the
- Linear Actuator Types: Pushbutton or Plunger, Roller Lever / Leaf
- Maximum AC Voltage Rating: 125 to 480 volts
- Maximum Current Rating: 15 amps
- Maximum DC Voltage Rating: 125 to 250 volts
-
Supplier: Cleveland Vibrator Company (The)
Description: CM Electromagnetic vibrators are ideal for moving materials from small hoppers (to 7 c.f.), chutes, and flow pipes. CM Electromagnetic vibrators feature unitized armature assemblies with strong fiberglass leaf springs and an encapsulated, high temperature coil to provide long service
- Equipment Type: Bin / Hopper Vibrator
- Power: Pneumatically Powered
-
Supplier: Cleveland Vibrator Company (The)
Description: . DURABLE - unitized armature assemblies with strong fiberglass leaf springs and an encapsulated, high temperature coil to provide long service life SAFE - strong aluminum mounting bases and totally enclosed aluminum housings VERSATILE - controllers available to adjust
- Configuration: Power: Electric
- Force: 30 lbs
- Motor / Rotary Speed: 3600 rpm
-
Supplier: Cleveland Vibrator Company (The)
Description: . DURABLE - unitized armature assemblies with strong fiberglass leaf springs and an encapsulated, high temperature coil to provide long service life SAFE - strong aluminum mounting bases and totally enclosed aluminum housings VERSATILE - controllers available to adjust
- Configuration: Power: Electric
- Force: 70 lbs
- Motor / Rotary Speed: 3000 rpm
-
Supplier: Cleveland Vibrator Company (The)
Description: . DURABLE - unitized armature assemblies with strong fiberglass leaf springs and an encapsulated, high temperature coil to provide long service life SAFE - strong aluminum mounting bases and totally enclosed aluminum housings VERSATILE - controllers available to adjust
- Configuration: Power: Electric
- Force: 30 lbs
- Motor / Rotary Speed: 3000 rpm
-
Supplier: Carrier Vibrating Equipment, Inc.
Description: receive molten glass gobs, quench, cool, and thermo-fracture for ease of handling and reuse of materials. Special rubber spring and aluminum rocker arm assembly designed for quenching applications where coil and leaf springs fail. Dewatering ramps separate glass cullet
- Conveyor Type: Other
-
Supplier: Barksdale Control Products
Description: Unique leaf spring design High reliability Extremely long life UL & CSA listed High proof pressure up to 15 kpsi Calibrated dial for easy setpoint adjustment
- Accuracy: 2 ±% FS
- Deadband: 40 to 400 psi
- Material to Measure: Liquid, Gas
- Normally Open/Closed: Normally Open, Normally Closed
![MICRO SWITCH E7/V7 Series Medium-Duty Limit Switches, Sealed Top Roller Plunger, 1NC 1NO SPDT Snap Action, 20 mm [0.79 in] conduit -- BZE7S-2RQN8-C](https://partimages.globalspec.com/18/4118/4634118_medium.png "MICRO SWITCH E7/V7 Series Medium-Duty Limit Switches, Sealed Top Roller Plunger, 1NC 1NO SPDT Snap Action, 20 mm [0.79 in] conduit -- BZE7S-2RQN8-C")
Find Suppliers by Category Top
More Information Top
Indicates content that may require registration and/or purchase.
-
Ultra-stable isostatic bonded optical mount design for harsh environments
Figure 4: Breadboards of the TROPOMI mount baseline showing three aluminum leaf springs bonded to a fused silica component (left) and four aluminum leaf springs bonded to an fused silica component (right).
-
Applications of stress polishing techniques as developed for the Keck Observatory primary mirror fabrication
This is done by placing 30 aluminum leaf springs between .
-
The cryogenic MOS unit for LUCIFER
The left bar is bolted to the support structure (left 3d-model in Fig. 6), while the right one, which is located above the middle of the mask frames, carries a set 23 aluminum leaf springs (1,5 mm thick) each of …
-
Jellyfish inspired underwater unmanned vehicle
Figure 2: (a) Depicts the aluminum leaf spring and brass tubes (b) Demonstrates the bell segments and the location of the spring-clamp mechanism, (c) Cross section of JetSam showing the relative assembly of the wires, brass tube guides and aluminum plates.
-
A theoretical approach to thermal noise caused by an inhomogeneously
distributed loss -- Physical insight by the advanced modal expansion
Figure 2 presents the measured spectra of an aluminum alloy leaf spring with inhomogeneous eddy-current damp- ing [8].
-
AIAA Journal > Gust Response for Flexibly Suspended High-Aspect Ratio Wings
The flexible suspension system consists of a bicantilever beam made of two aluminum leaf - spring which are 0.0508 cm thick, 4.445 cm wide and variable long from 10.5 to 30.5 cm.
-
A simple low-cost microcontroller-based photometric instrument
for monitoring chloroplast movement
(A) Spring loaded aluminum leaf clip with circular openings for light entry and exit; (B) Filter paper wick that was water saturated and placed on the adaxial leaf surface and held in position by the leaf clip.
-
Akrotech Giles G-200
Leaf - spring aluminium mainwheel legs; mainwheel spats.
-
In-orbit focal adjustment of the AKARI telescope with and without liquid helium cryogen
The secondary mirror is supported by 3 sets of leaf springs of aluminum , which ensures the parallel movement of the mirror.
-
Design and alignment of the MIPAS focal plane system
This Titatium DLA is connected to the main structure by means of an Aluminum tube with spring leaves to absorb the difference in thermal expansion.