
Caplugs Boat Square Cap Plug SQR 1 1/8-14-20 | 1 Inch Black (Set Of 8)
Boat part number 1077700 is a new set of (8) SQR series square plugs from Caplugs, part number SQR 1/8-14-20 .
made for Marine Applications
$3.95 MSRP: $5.17
GLS Stock #: 1077700-BL416
12 in stock
Boat part number 1077700 is a new set of (8) SQR series square plugs from Caplugs, part number SQR 1/8-14-20 .
This set of 8 square caps are constructed out of black marine grade plastic with a matte finish. Each cap measures approximately 1 1/8" L x 1 1/8" W x 5/8" H overall. Requires a 1" cutout to install.
SQR Series square plugs feature a series of externally tapered ribs designed to accommodate a wide range of tubing gauges while also satisfying the fit adjustments on tubing with inside dimensional fluctuations. The exterior ribs are designed to provide a sure grip inside a tube without the unsightly plastic shavings found on many straight wall glide installations.
Note: Sold as a set of 8.
Specifications:
Hardware and instruction / installation manual not included.
This set of 8 square caps are constructed out of black marine grade plastic with a matte finish. Each cap measures approximately 1 1/8" L x 1 1/8" W x 5/8" H overall. Requires a 1" cutout to install.
SQR Series square plugs feature a series of externally tapered ribs designed to accommodate a wide range of tubing gauges while also satisfying the fit adjustments on tubing with inside dimensional fluctuations. The exterior ribs are designed to provide a sure grip inside a tube without the unsightly plastic shavings found on many straight wall glide installations.
Note: Sold as a set of 8.
Specifications:
- Part Manufacturer: Caplugs
- Model: SQR Series
- Part Number: SQR 1 1/8-14-20
- Material: Plastic
- Color: Black
- Finish: Matte
- Overall Dimensions: 1 1/8" L x 11/8" W x 5/8" H
- Inside Dimensions: 3/4"
- Cutout: 1"
Hardware and instruction / installation manual not included.
Sold as seen in pictures. Customers please note every computer shows colors differently. All measurements are approximate.