Over-molded Compression Limiters
from SPIROL
The CL620 is designed for use in non-critical applications and industries with forgiving assembly requirements. Similar to the CL6000, the CL620 is manufactured from lightweight, lead-free aluminum, offered in a narrower size range with generous tolerances that enable highly efficient manufacturing. [See More]
- Insertion Type: Over-molded; Press-in
- Length: 0.12 to 0.31
- Material: Aluminum
- Inside Diameter: 0.1594 to 0.3602
from SPIROL
The CL6100 headed aluminum Compression Limiter is the same as the CL6000, with the addition of a head. The head provides extra bearing surface on the mating component when a flanged bolt or a washer is not used. [See More]
- Insertion Type: Over-molded; Press-in
- Preference: Flanged - Headed
- Material: Aluminum
- Length: 0.12 to 0.31
from SPIROL
The CL8100 headed brass Compression Limiters are the same as the CL8000 with the addition of a head. Similar to the CL6100, the head provides extra bearing surface on the mating component when a flanged bolt or a washer is not used. [See More]
- Insertion Type: Over-molded; Press-in
- Preference: Flanged - Headed
- Material: Brass
- Length: 0.12 to 0.31
from SPIROL
The Series CL500 is produced from low carbon steel with a butted seam to prevent plastic from entering the inner diameter of the Compression Limiter during the molding process. This also provides an anti-rotation feature once in the assembly. The radial grooves provide axial retention. The CL500 is... [See More]
- Insertion Type: Over-molded
- Material: Steel
from SPIROL
The CL460 Series is similar to the oval Series CL400, but produced with a butted-seam so as to prevent plastic from entering the inner diameter during the molding process, and a radial groove to ensure positive retention within the hole. This series also accommodates 2.25mm extra clearance on one... [See More]
- Insertion Type: Over-molded
- Length: 0.24 to 0.59
- Material: Steel
- Inside Diameter: 0.2677 to 0.3465
from SPIROL
The Series CL6000 is machined from 2024 aluminum as this grade provides the best combination of strength, corrosion resistance, machinability and cost. Additional advantages of aluminum are that it is lightweight (1/3 the weight of brass), it is 40% stronger than brass, and it is lead free. These... [See More]
- Insertion Type: Over-molded; Press-in
- Length: 0.12 to 0.31
- Material: Aluminum
- Inside Diameter: 0.1594 to 0.4390
from SPIROL
The Series CL8000 is machined from 360 brass. Similar to the CL6000, the CL8000 can be molded in or pressed into an assembly. The applications for SPIROL's brass and aluminum Compression Limiters are very similar, however to accommodate the same class/grade bolt, the brass Limiters have a larger... [See More]
- Insertion Type: Over-molded; Press-in
- Length: 0.12 to 0.31
- Material: Brass
- Inside Diameter: 0.1594 to 0.4390
from Tri-Star Industries, Inc.
Designed for ultrasonic, thermal, press-in, or mold-in installation methods. The flange provides a larger bearing surface/contact area and also acts as a washer. Compression limiters are commonly used in applications where a compressive load is applied to a plastic assembly. The compression limiter... [See More]
- Insertion Type: Over-molded; Press-in
- Preference: Flanged - Headed
- Material: Aluminum; Brass; Stainless Steel; Steel
from Tri-Star Industries, Inc.
Designed for ultrasonic, thermal, press-in, or mold-in installation methods. The flange provides a larger bearing surface/contact area and also acts as a washer. Compression limiters are commonly used in applications where a compressive load is applied to a plastic assembly. The compression limiter... [See More]
- Insertion Type: Over-molded; Press-in
- Preference: Flanged - Headed
- Material: Aluminum; Brass; Stainless Steel; Steel
from Tri-Star Industries, Inc.
Designed for mold-in installation only. The diamond knurled design allows the plastic to fill in the peaks and valleys to lock the insert in place. This style also resists tensile loads and also provides added torque resistance compared to non-knurled styles. The part is symmetrical and requires no... [See More]
- Insertion Type: Over-molded
- Material: Aluminum; Brass; Stainless Steel; Steel
from Tri-Star Industries, Inc.
Designed for mold-in installation only. The undercut feature allows for plastic fill, therefore providing resistance to tensile loads. If any rotational torque loads are present consider a knurled design for added resistance. The part is symmetrical and requires no orientation. Compression limiters... [See More]
- Insertion Type: Over-molded
- Material: Aluminum; Brass; Stainless Steel; Steel
from Tri-Star Industries, Inc.
Designed for ultrasonic, thermal, press-in, or mold-in installation methods. It has a straight or diagonal knurl and is symmetrical in design so it can be installed either way without orientation into the hole or onto the core pin. Compression limiters are commonly used in applications where a... [See More]
- Insertion Type: Over-molded; Press-in
- Material: Aluminum; Brass; Stainless Steel; Steel
from Tri-Star Industries, Inc.
Designed for ultrasonic, thermal, press-in, or mold-in installation methods. It has a straight or diagonal knurl and is symmetrical in design so it can be installed either way without orientation into the hole or onto the core pin. Compression limiters are commonly used in applications where a... [See More]
- Insertion Type: Over-molded; Press-in
- Material: Aluminum; Brass; Stainless Steel; Steel