See the design. Start the conversation.
Review the design.
Explore the evidence.
Explore the frac plug design with no separate slips, review the witnessed bench-test result, and bring the right questions to your application review.
WITNESSED BENCH TEST / NOVEMBER 6, 2026
10,000 psi.
Observed integrity.
In a witnessed bench test on November 6, 2026, a 1776 plug held 10,000 psi differential in P-110 casing, with no leakage or slippage observed during the short hold.
One plug, a quick pressure ramp and a short hold. Pressure was applied above the seated ball, with the lower side open to atmosphere. This result supports the tested configuration; it does not establish a universal operating-pressure rating.
Watch · Learn · Discuss
One design. Several ways to explore it.
Bring the evidence to the meeting.
Review the witnessed November 6 bench-test result and its reported conditions, alongside the design objectives for drillout, pumpdown and controlled setting.
One-page digital sales pamphlet (PDF · 176 KB)From the Workbench to the Well
Read the current Workbench film transcript
1776's design integrates casing engagement without separate slips.
Every part of the 1776 plug has a place.
Follow this assembly from the workbench
to its intended role downhole.
The shaft and wedge come together first.
The crossover and sleeve connect the plug assembly
to the setting tool.
The receiver carries the ball
in the configuration shown here.
The wedge enters the receiver.
The crew completes the demonstrated assembly,
and we follow it into our visualization.
At the wellhead,
we follow the assembled tool into the cased well.
Downhole, it approaches the selected stage boundary.
Move closer to see what changes
when the setting sequence begins.
The setting tool pulls the plug into the receiver.
Axial movement expands the receiver outward
toward the casing.
The receiver stays expanded
as the shaft and adapter pull clear.
Only then does the ball move into its seat.
The intended result is stage isolation,
with treatment entering perforations
on the heel side of the plug.
1776 Downhole Tools.
In the witnessed November 6 bench test,
one plug held 10,000 psi differential in P-110 casing,
with no leakage or slippage observed during the short hold.
Ask the team to review your casing and setting-tool configuration.
Original 1776 assembly footage meets illustrated field scenes and a simplified mechanism animation. This November results edition adds a no-separate-slip introduction and a witnessed bench-result closing chapter. Follow the design from its components to its intended stage-isolation purpose.
Includes labeled AI-generated illustrations, schematic animation and AI narration. Illustrations are not field-test footage.
Watch the captioned film ↗Understand the mechanism.
Explore relative axial movement, receiver expansion, casing engagement, and the questions behind setting and removal. November 2026 results edition, retaining the corrected original narration.
Explains design intent; operating limits and compatibility require qualification.
Watch on the Technology page ↗Bring the overview to the meeting.
The 12-slide November results edition brings together the design with no separate slips, custom casing-size engineering, witnessed bench-test context and application questions.
Open the customer overview ↗Watch. Pause. Identify.
Recognize the shaft, wedge, receiver, sleeve, ball and setting arrangement using the assembly demonstration. Includes timestamped observations and a knowledge check.
Educational companion; use approved job-specific documentation and qualified supervision for field work.
Open the learning guide ↗Use the PDF for reading and sharing, or download the editable customer presentation (PowerPoint). Customer overview: 12 slides, November 9, 2026 results edition.
Application conversation
Start with the job.
Use this checklist to organize what you know and identify what the technical team still needs to confirm.
0 of 6 review topics documented
Checking a box records a discussion topic. It does not establish compatibility or approve a job.
Your entries stay in this page and are not submitted or saved automatically. Download the brief before closing the page.
Your application brief will appear here.
Attach your downloaded brief in your email application.
Frequently asked
Keep the evaluation clear.
What is different about the receiver concept?
The wedge-and-receiver design uses relative axial movement to expand the aluminum receiver radially. Sealing features and casing-engagement features are designed into the receiver itself. The animation illustrates the concept; it does not establish operating performance.
What casing is shown on the product page?
The illustrated example references 5.5-inch, 20 lb/ft P-110 casing. 1776 custom-builds plugs for casing size and application; exact configuration requires engineering review. Confirm dimensions, actual ID, condition and supporting qualification for your job.
Does the bench test establish an operating-pressure rating?
The test observation does not establish a universal operating-pressure rating. One plug held 10,000 psi differential in the November 6 witnessed bench test, with no leakage or slippage observed during a short hold. Review the test context, then ask the technical team for approved limits for the selected configuration.
Can the videos replace an operating procedure?
No. The films and learning guide explain design intent and demonstrate component relationships. Assembly, deployment, setting, pressure testing and removal require current approved documentation for the specific tool and job.
See the design. Define the application. Review the evidence.
Start a conversation with the 1776 team about the configuration you need to evaluate.
Start a conversation with the 1776 team about the configuration you need to evaluate.