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| | .gif) | Basic E-Clip (E): Stamped clips for deep grooves with three prongs that yield high thrust load capacity. Ideal in high production applications where automated assembly is desirable. | |
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| | .gif) | Reinforced E-Clip (RE): Stamped clips for deep grooves with three prongs that yield high thrust load capacity. Reinforced rings are heavier duty for higher thrust loads and 50% higher RPM's. | |
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| | .gif) | Radial Grip (RG): Grip rings are stamped grooveless retainers that are radially applied using an applicator. Because there is no groove, the part may be adjusted on the shaft to take up end-play. Load capacity will be reduced if the part is reused. | |
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| | .gif) | Bowed E-Clip (BE): Curved shape for resilient end-play take-up. Install with the concave surface abutting the part. Bowed clips are not recommended for use as a shoulder against rotating parts. | |
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| | .gif) | Mutant E-Clip (A15): Standard E-clips subjected to radioactive waste at a secret government test site that alters the genetic make-up in ways that cause the parts to grow extra limbs and teeth. These extras yield design characteristics that only a mutant engineer can understand. | |
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| | .gif) | Poodle Clip (PO(L)): Radially-assembled heavy duty ring with large shoulders ("ears") and thicker material than E-clips. Install using an applicator or standard pliers and screwdriver. The poodle clip will interchange into standard E-clip grooves. | |
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| | .gif) | Interlocking Clip (LC): Two-part radially-assembled ring with semicircular halves held together by interlocking prongs. Symmetrical shape "balances" the part to withstand high rotational speeds. Attractive appearance for exposed applications. | |
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| | .gif) | Basic C-Clip (C): Radially-assembled part that uses circular deformation for retention. Narrow section height provides good clearance capabilities. Absence of teeth and deep set means lower thrust load ratings than E-clips. Install using an applicator. | |
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| | .gif) | Prong Locked E-Clip (EL): Radially-installed part functions as both a shoulder and spring due to its curved shape and prongs. High thrust load capacity and unique design make this a good retainer against rotating parts. Install using an applicator or screwdriver. | |
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| | .gif) | Metric E-Clip (DE): Stamped clips to DIN 6799 with three prongs for deep grooves that yield high thrust load capacity. | |
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| | .gif) | Metric Reinforced E-Clip (DRE): Stamped clips to DIN 6799 with three prongs for deep grooves that yield high thrust load capacity. Reinforced E-clip rings are heavier duty for higher thrust loads and 50% higher RPMs. | |
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| | .gif) | Metric Slotted E-Clip (DST): Variant of standard DIN 6799 E-clip with a slotted ID. Slot yields a pivot point for removal using a screwdriver. | |
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| | .gif) | Japanese Industrial Spec (JE): Although mainly based on DIN some standards have been modified based on the needs of the Japanese market. Fasteners used in most electronic equipment manufactured in Japan fall under the JIS standard. | |
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| | .gif) | British Spec (EBS): Although mainly based on DIN some standards have been modified based on the needs of the British market. | |
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| | .gif) | Metric C-Clip (DC): Radially-assembled part that uses circular deformation for retainage. Narrow section height provides good clearance capabilities. Absence of teeth and deep set mean less thrust load ratings than E-clips. Install using an applicator. | |
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| | .gif) | Metirc Prong Locked E-Clip (DEL): E-clip designed with locking prongs, used primarily on rotating parts. | |
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| | .gif) | Metric Interlocking Ring (DLC): These unique retaining rings snap to lock around a shaft for secure holding power. They are balanced for high speed rotation applications. | |
