spring clips &
brackets
Built for consistent fit, force, and retention
Spring clips and brackets often do more than hold a part in place.
They may control contact pressure, maintain grounding, position a sensor, resist vibration, or keep an assembly aligned over repeated use.
Gromax supports precision stamped clips, retainers, brackets, and formed components for electrical, electronic, industrial, medical, defense, automotive, and molding-integrated products.
Spring Clips
Formed spring components designed to provide retention, positioning, grounding, or controlled holding force.
Retaining Clips
Stamped clips used to secure components, wires, connectors, covers, housings, or subassemblies during product operation.
Grounding Clips
Precision spring clips used to establish grounding paths, electrical continuity, and EMI control inside assemblies.
Mounting Brackets
Structural stamped brackets used to support, position, or secure components inside larger assemblies.
PCB Retention Clips
Stamped clips used to hold printed circuit boards, modules, batteries, or electronic assemblies without added fasteners.
Cable Management Clips
Formed clips used to route, organize, and retain wires, harnesses, and cables inside equipment.
Shielding Clips
Stamped clips used to secure EMI/RF shields while maintaining grounding contact and enclosure performance.
Sensor Brackets
Precision brackets that locate sensors, switches, or monitoring components where alignment affects product function.
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common applications
Spring clips and brackets are used where an OEM product needs secure retention, controlled spring force, mounting support, vibration resistance, service access, grounding, or repeatable assembly fit.
DIN-Rail Surge Protective Device
Stamped spring clips, DIN-rail retainers, grounding clips, and small formed brackets are used in surge protective devices to secure the module inside an electrical panel, maintain stable panel mounting, support grounding paths, and keep plug-in or serviceable sections properly seated.
Photoelectric Sensor Mounting Bracket
Stamped sensor brackets and spring-retention features are used around photoelectric sensors to hold the sensor body in a fixed position, protect sensing alignment, simplify mounting adjustment, and resist movement from vibration or cable strain.
Circular Connector Strain-Relief Clamp
Stamped or formed spring clips, clamp straps, brackets, and strain-relief retainers are used around rugged aerospace connectors to control cable exit position, reduce strain at the connector interface, support harness routing, and maintain secure mechanical retention under vibration.
Motor Control Contactor
Stamped spring clips, DIN-rail mounting clips, contact retainers, actuator brackets, and formed support plates are used in contactors to hold the device on a rail or panel, locate internal switching components, support contact movement, and keep terminals or accessory modules positioned during installation and service.
EMS Monitor/Defibrillator Mount
Stamped brackets, spring-loaded retainers, latch clips, mounting plates, and formed support members are used in medical equipment mounts to secure devices during transport while still allowing quick release for patient care.
Overmolded Industrial Cable Assembly
Stamped spring clips, latch supports, retaining brackets, and connector mounting clips can be used with overmolded cable assemblies to secure the connector body, support strain relief, maintain mating retention, and keep the cable interface aligned in equipment.
when
GROMAX
is a good fit
Spring force must be controlled
Clips may require consistent preload, deflection, holding force, or contact pressure.
A small geometry or material change can affect how the part performs in the final assembly.
Forming complexity affects repeatability
Multiple bends, offsets, curls, lances, tabs, embossments, or coined areas can make forming sequence and springback difficult to control.
Material behavior matters
Common materials may include:
• Stainless steel
• Spring steel
• Copper alloys
• Beryllium copper
• Brass
• Cold-rolled steel
• Nickel silver
Material selection affects force, fatigue life, conductivity, corrosion resistance, and formability.
Vibration or repeated use is a concern
Clips and brackets may need to resist loosening, deformation, fatigue, or loss of holding force over time.
Grounding or shielding performance matters
Grounding and shielding clips must maintain electrical continuity while still fitting the assembly and holding position.
Assembly fit must stay repeatable
Clips and brackets often control the position of boards, sensors, covers, batteries, terminals, cables, or mating hardware.
Common Problems We Review
• Low or inconsistent holding force
• Loss of preload
• Permanent set
• Cracking at bends
• Excessive springback
• Poor alignment
• Rattle or vibration
• Grounding loss
• Shielding discontinuity
• Burr-related assembly damage
• Difficulty installing the part
• Part distortion after finishing
• Assembly fallout
• Variation between production lots
The issue may come from the design, material, forming sequence, tool condition, plating, inspection method, or mating assembly.
Common Material Options
Depending on the application, Gromax may support:
Common Material Options:
• Stainless steel
• Spring steel
• Copper alloys
• Beryllium copper
• Brass
• Nickel silver
• Cold-rolled steel
• Pre-plated strip
Common Finishes:
• Tin
• Nickel
• Silver
• Gold
• Zinc
• Passivation
• RoHS-compliant finishes
Have a spring clip or bracket you’d like us to review?
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Export Control
& Confidentiality Notice
To comply with ITAR, DFARS, and applicable U.S. export control regulations, Gromax does not display actual customer parts, drawings, specifications, or technical data in public-facing materials.
Images shown are illustrative only and are used to represent Gromax’s design and manufacturing capabilities. They do not contain proprietary, controlled, or export-restricted information.