Rotating Equipment Foundation Reliability
Precision Epoxy & Cementitious Grouting Solutions
Technically engineered grouting services for compressors, pumps, turbines, motors, gearboxes, generators, static equipment, vessels and structural bases.
100%Full bearing contact focus
APIRotating equipment mindset
QA/QCControlled execution
24/7Field support capability
Grouting is the Foundation of Reliability
For rotating equipment, grout is a structural load-transfer system. It fills voids between the baseplate and concrete foundation, improves bearing area, controls vibration, protects anchor bolts and keeps alignment stable under operating loads.
Load Transfer
Vibration Control
Precision Alignment
Long-Term Reliability
Epoxy Grouting for Rotating Equipment
JAPEILS applies epoxy grout where high dynamic loads, vibration, oil exposure, thermal effects and alignment stability are critical.
Best For
Compressors, pumps, turbines, motors, gearboxes, industrial fans, chillers, boiler feed pumps and gas engine driven packages.
Engineering Purpose
Achieve full bearing contact, uniform load transfer, baseplate stability and vibration reduction.
Product Design
High-strength, low-shrink, chemical-resistant epoxy systems such as SikaFlow®-648, MasterFlow 648, Chockfast and equivalent OEM-approved products.
Applications on Rotating Equipment
Epoxy grouting is suitable for multiple rotating equipment classes where alignment and dynamic load control are essential.
JAPEILS Application Excellence & Execution Method
Our execution method is controlled from foundation inspection to post-grout alignment verification.
1
Surface Preparation
Chip, roughen, clean and remove laitance, oil, dust and weak concrete.
2
Foundation Survey
Check elevation, anchor bolts, baseplate condition, levels and grout clearance.
3
Seal & Formwork
Install leak-proof forms, perimeter seals, grout heads and venting paths.
4
Mixing Control
Control resin, hardener and aggregate ratio using low-speed mixing.
5
Continuous Placement
Pour from one direction to prevent air entrapment and ensure total fill.
6
Vent Monitoring
Confirm grout emergence from outlet ports and close ports after full flow.
7
Curing Control
Protect from contamination, vibration and early loading during cure period.
8
Final Inspection
Check surface finish, sounding, bearing contact and grout integrity.
9
Alignment Verification
Confirm soft foot, coupling alignment and base stability after curing.
10
Report Handover
Submit QA/QC record, photos, batch numbers and recommendations.
Cementitious Grouting for Static Equipment
Cementitious non-shrink grout is applied for static equipment and structural bases where dynamic loading is low and economical load support is required.
✓Vessels, tanks, separators and skid supports
✓Heat exchangers, columns, pipe supports and steel structures
✓High early strength, non-shrink performance and cost-effective installation
| Grout Type | Recommended Application |
|---|---|
| Epoxy Grout | Rotating equipment with vibration, dynamic load and alignment sensitivity |
| Cementitious Grout | Static equipment, structural supports and non-dynamic foundations |
| Hybrid Scope | Large packages with both rotating skid and static auxiliary supports |
Quality Control & Technical Assurance
Pre-Grouting QA
Foundation inspection, surface profile verification, anchor bolt check, formwork inspection and material batch confirmation.
During Grouting
Mixing ratio control, ambient temperature check, flow monitoring, vent control and continuous placement supervision.
Post-Grouting QA
Curing verification, hammer sounding, final cleanup, alignment confirmation and technical report submission.
Project Gallery
Why JAPEILS Compression?
JAPEILS approaches grouting as a rotating equipment reliability activity, not just civil work. We understand compressor baseplates, soft foot, shaft alignment, vibration behavior, anchor loading, package settlement and OEM installation requirements.
Engineering Standards
API RP 686, API 618, API 617, OEM procedures, Sika / MasterFlow / Chockfast manufacturer instructions and project QA/QC requirements.
