Product Tabs
Rubber Expansion Joints
The Mightysphere™ rubber expansion joint is in the Metrasphere™ family that can handle higher temperature and pressures. These higher ratings are a result of enhancements we have made to the materials in the Mightysphere. The Metraflex MightySphere™ joint differs from…
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Product Description
The Mightysphere™ rubber expansion joint is in theMetrasphere™family that can handle higher temperature and pressures. These higher ratings are a result of enhancements we have made to the materials in the Mightysphere. The Metraflex MightySphere™ joint differs from standard EPDM expansion joints by integrating Kevlar® cording instead of nylon reinforcements, peroxide-cured EPDM cover and tube, and the seat is anchored with a solid steel ring.The Mightysphere is most commonly used as a pump or equipment connector. It can also be used as an expansion joint if EJMA guidelines are followed. Control rods are optional but recommended.How NOT to Use a Rubber Expansion Joint
Product Highlights
The Mightysphere still includes all the value of the Metrasphere:Reduces pipe stress in your system.Features Split Steel Floating flanges to make up for companion flanges that are not properly two holed.Handles movement in all directions.Self-cleaning.Does not require a gasket.See tables for maximum temperature and pressure ratings.
Additional Resources
LiteratureMetraflex-MightySphere.pdfDownload NowO&MMightysphere Joints with Split Steel Floating Flanges IOMDownload NowSpec SheetSpherical rubber Connector with Kevlar reinforcementDownload NowBIM / REVITView/Download FilesView DrawingsFSA Technical HandbookFSA-Piping-Technical-HandbookDownload Now
Submittals
Kevlar Reinforced EPDM Expansion Joint, 150# FlangedDownload Now
Description
Variations (9)
MSRDKSEE0200
$0.00| Part Number | MSRDKSEE0200 |
|---|---|
| Joint Size ID (in) | 2 |
| Face-To-Face (in) | 6 |
| Pressure vs Temperature 230°F | 250 |
| Pressure vs Temperature 250°F | 245 |
| Pressure vs Temperature Compression | 235 |
| Pressure vs Temperature Elongation | 225 |
| Pressure vs Temperature Lateral | 215 |
| Movement Capability Angular (degrees) | 1/2 |
| Movement Capability 3D Drawing | 3/16 |
MSRDKSEE0250
$0.00| Part Number | MSRDKSEE0250 |
|---|---|
| Joint Size ID (in) | 2-1/2 |
| Face-To-Face (in) | 6 |
| Pressure vs Temperature 230°F | 250 |
| Pressure vs Temperature 250°F | 245 |
| Pressure vs Temperature Compression | 235 |
| Pressure vs Temperature Elongation | 225 |
| Pressure vs Temperature Lateral | 215 |
| Movement Capability Angular (degrees) | 1/2 |
| Movement Capability 3D Drawing | 3/16 |
MSRDKSEE0300
$0.00| Part Number | MSRDKSEE0300 |
|---|---|
| Joint Size ID (in) | 3 |
| Face-To-Face (in) | 6 |
| Pressure vs Temperature 230°F | 250 |
| Pressure vs Temperature 250°F | 245 |
| Pressure vs Temperature Compression | 235 |
| Pressure vs Temperature Elongation | 225 |
| Pressure vs Temperature Lateral | 215 |
| Movement Capability Angular (degrees) | 1/2 |
| Movement Capability 3D Drawing | 3/16 |
MSRDKSEE0400
$0.00| Part Number | MSRDKSEE0400 |
|---|---|
| Joint Size ID (in) | 4 |
| Face-To-Face (in) | 6 |
| Pressure vs Temperature 230°F | 250 |
| Pressure vs Temperature 250°F | 245 |
| Pressure vs Temperature Compression | 235 |
| Pressure vs Temperature Elongation | 225 |
| Pressure vs Temperature Lateral | 215 |
| Movement Capability Angular (degrees) | 5/8 |
| Movement Capability 3D Drawing | 3/16 |
MSRDKSEE0500
$0.00| Part Number | MSRDKSEE0500 |
|---|---|
| Joint Size ID (in) | 5 |
| Face-To-Face (in) | 6 |
| Pressure vs Temperature 230°F | 250 |
| Pressure vs Temperature 250°F | 245 |
| Pressure vs Temperature Compression | 235 |
| Pressure vs Temperature Elongation | 225 |
| Pressure vs Temperature Lateral | 215 |
| Movement Capability Angular (degrees) | 5/8 |
| Movement Capability 3D Drawing | 3/16 |
MSRDKSEE0600
$0.00| Part Number | MSRDKSEE0600 |
|---|---|
| Joint Size ID (in) | 6 |
| Face-To-Face (in) | 6 |
| Pressure vs Temperature 230°F | 250 |
| Pressure vs Temperature 250°F | 245 |
| Pressure vs Temperature Compression | 235 |
| Pressure vs Temperature Elongation | 225 |
| Pressure vs Temperature Lateral | 215 |
| Movement Capability Angular (degrees) | 5/8 |
| Movement Capability 3D Drawing | 3/16 |
MSRDKSEE0800
$0.00| Part Number | MSRDKSEE0800 |
|---|---|
| Joint Size ID (in) | 8 |
| Face-To-Face (in) | 6 |
| Pressure vs Temperature 230°F | 250 |
| Pressure vs Temperature 250°F | 245 |
| Pressure vs Temperature Compression | 235 |
| Pressure vs Temperature Elongation | 225 |
| Pressure vs Temperature Lateral | 215 |
| Movement Capability Angular (degrees) | 5/8 |
| Movement Capability 3D Drawing | 3/16 |
MSRDKSEE1000
$0.00| Part Number | MSRDKSEE1000 |
|---|---|
| Joint Size ID (in) | 10 |
| Face-To-Face (in) | 8 |
| Pressure vs Temperature 230°F | 250 |
| Pressure vs Temperature 250°F | 245 |
| Pressure vs Temperature Compression | 235 |
| Pressure vs Temperature Elongation | 225 |
| Pressure vs Temperature Lateral | 215 |
| Movement Capability Angular (degrees) | 3/4 |
| Movement Capability 3D Drawing | 1/4 |
MSRDKSEE1200
$0.00| Part Number | MSRDKSEE1200 |
|---|---|
| Joint Size ID (in) | 12 |
| Face-To-Face (in) | 8 |
| Pressure vs Temperature 230°F | 250 |
| Pressure vs Temperature 250°F | 245 |
| Pressure vs Temperature Compression | 235 |
| Pressure vs Temperature Elongation | 225 |
| Pressure vs Temperature Lateral | 215 |
| Movement Capability Angular (degrees) | 3/4 |
| Movement Capability 3D Drawing | 1/4 |