1. What Makes a Double Slip Dissolvable Frac Plug Valuable to High-Demand Operators?

The purpose of a dissolvable plug is simple—create temporary zonal isolation and then disappear. But the value lies in how efficiently and reliably it performs this function under realistic field conditions.

1.1 Eliminating Milling = Eliminating Downtime

Every milling operation increases:

• intervention cost
• NPT (non-productive time)
• risk of tool failure
• coiled tubing expense
• time to production

A true high-performance dissolvable plug aims to completely remove this stage of the workflow.

Real-world impact:

• Eliminating milling can save 8–20 operational hours per well
• Coiled tubing cost savings can reach $80,000–$150,000
• Reduced casing wear improves well lifespan
• Lower overall personnel exposure improves safety scores

This is why top-tier operators no longer choose plugs based on price—they choose based on savings generated, not dollars spent.

2. Why Double Slip Technology Matters for Well Stability

Many dissolvable plugs fail because of poor anchoring performance:

• slips do not engage properly
• plug moves during pressure buildup
• premature extrusion
• inefficient sealing during high-pressure frac

Our Double Slip design addresses pressure and anchoring failures by engineering:

Dual anchoring system (upper and lower slips)

This ensures symmetric gripping force and stable mechanical integrity.

High-strength dissolvable metallic material

Metallurgy tailored for expected temperature + chloride + flowback conditions.

Optimized extrusion-resistant design

Prevents shifting under extreme pressure spikes.

Enhanced slip geometry

Ensures clean and predictable setting in extended-reach laterals.

Operators choose double-slip designs because stability directly influences:

• frac efficiency
• cluster coverage
• stimulated reservoir volume (SRV)
• overall well production

Stable anchoring = reliable frac = higher EUR (Estimated Ultimate Recovery).

3. Designed for Real Well Conditions, Not Laboratory Idealism

Many suppliers publish laboratory dissolution times that rarely match field reality.
But real wells face:

• wide temperature variations
• multi-salinity conditions
• downhole contamination
• variable frac pressures
• unpredictable flowback behavior

This is where engineering experience matters.

Custom Dissolution Profiles

We adjust alloy composition to dissolve under:

• 60°C / 140°F low-temp wells
• 90°C–120°C / 194°F–248°F unconventional shale
• high-chloride conditions
• clean or heavy brine environments

Controlled and Predictable Dissolution

The plug dissolves gradually after stimulation, preserving pressure integrity during the frac but fully disappearing before production start.

This reduces:

• risk of debris blockage
• risk of screenout
• need for milling

This is not only a tool—it is a production-focused engineering solution.

4. How Our Double Slip Dissolvable Plug Reduces TCO (Total Cost of Ownership)

Plant owners, asset managers, and CFOs want predictable cost curves, not surprises.
Here is how using a high-quality dissolvable plug improves TCO:

4.1 Fewer interventions

Intervention cost reduction often equals 10–20x the price of the plug itself.

4.2 Lower risk of tool-related downtime

Downtime in shale plays costs $8,000–$15,000 per hour.

4.3 Shorter average stage time

20–40 minutes saved per stage accumulates into full-day savings for long laterals.

4.4 Improved well production

Stable isolation → better frac distribution → higher well output.

4.5 Lower completion cost per stage

Predictable dissolution = fewer surprises.

These benefits are why smart operators view dissolvable plugs as profit multipliers, not consumables.

5. Factory, Experience, and Global Support: Why Operators Trust Us

In the dissolvable plug market, the difference between suppliers is not material—it is capability.

5.1 Factory-Direct Manufacturing (No Trading Middlemen)

We maintain complete control over:

• alloy composition
• slip machining
• quality inspection
• heat treatment
• thread precision
• final assembly

This ensures batch-to-batch consistency, the most important factor in dissolvable technology.

5.2 12+ Years Engineering Experience in Dissolvable Materials

Our engineers specialize in:

• magnesium-based dissolvable alloys
• predictable dissolution kinetics
• mechanical load analysis
• high-pressure slip design

You don’t just buy a plug—you gain access to a technical team that ensures performance in your specific wells.

5.3 Global Export & On-Site Support

We have delivered to:

• North America
• Middle East
• South America
• Russia
• Europe
• Southeast Asia

We understand:

• casing profiles
• regional salinity levels
• temperature gradients
• frac chemistry

Our field engineers support:

• on-site installation
• setting tool compatibility checks
• dissolution performance verification
• post-frac inspection

5.4 Strong After-Sales System

We provide:

• 24/7 technical response
• dissolution simulation chart
• material test reports
• casing compatibility data
• temperature + pressure prediction models

This gives operations managers confidence before pumping the first stage.

6. Addressing the Main Fears Operators Have With Dissolvable Plugs

Fear 1: “The plug won’t withstand pressure.”

Solution: double-slip anchoring + high-strength dissolvable alloy.

Fear 2: “Dissolution won’t match the well temperature.”

Solution: customized alloy tailored to your downhole environment.

Fear 3: “Debris may remain and cause blockages.”

Solution: engineered dissolution behavior + debris size control.

Fear 4: “Supplier won’t support us in case of issues.”

Solution: global engineering team + real-time communication.

Fear 5: “The plug will fail mid-stage.”

Solution: strict quality control + pressure test before shipment.

A reliable supplier addresses fears before they become problems.

7. Case Studies (Summarized)

Case Study 1: Middle East High-Temperature Well (110°C)

• Plug held stable during high-pressure frac
• Dissolved in 46 hours without residue
• Zero milling, zero downtime

Case Study 2: North America Shale Play (Low Temp)

• Customized alloy for 55°C bottomhole temp
• Full dissolution in 88 hours
• Saved approx. $120,000 coiled tubing cost

Case Study 3: Russia Extended-Reach Lateral

• 62-stage completion
• All plugs dissolved predictably
• Completion timeline reduced by 1.5 days

Every case reinforces the same message: performance + reliability = ROI.

8. Why Choosing the Right Dissolvable Plug Partner Matters for Next-Decade Completions

As wells become:

• longer
• hotter
• deeper
• more chemically complex

Completion tools must evolve.
Operators cannot afford tools that “might

• metallurgy science
• engineering
• global service capability
• documented field performance

And this is where we position ourselves—not as sellers, but as engineering partners empowering your wells to achieve:

• faster completions
• lower cost per stage
• higher production
• reduced operational risk
• predictable ROI for years to come

Conclusion: A Dissolvable Plug Is Not a Consumable. It’s a Cost-Saving Strategy.

A high-performance Double Slip Dissolvable Frac Plug is more than a tool—it is a lever to:

• improve well economics
• reduce operational complexity
• minimize downtime
• achieve better stimulation efficiency

And behind every plug, there must be a supplier you can trust with engineering depth, production capa.

If you’re ready to optimize your well completions:

Request dissolution simulation
Ask for alloy options tailored to your temperature & salinity
Book a technical consultation with our senior engineers

This is how a real partnership in mo