Civil Engineering Laboratory Analysis & Testing Services
Delivering High-Strength, Regulated Structural Infrastructure for Nigeria’s Utility and Electrification Networks.
Established in 2017, SSK Integrated Services Limited combines cutting-edge technical expertise with rigid quality management systems to provide turnkey electrical infrastructure and civil engineering services. We build quality into our raw materials, casting methodologies, and rigorous validation tests to consistently exceed industry and regulatory requirements.
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Civil Engineering Laboratory Analysis & Testing Services
SERVICE OVERVIEW:
Commercial independent testing and quality control validation conducted within our ultra-modern, on-site engineering laboratory.
THE TECHNICAL EDGE:
- Custom Testing Rig:
Our facility features a custom performance validation rig and dynamometer to simulate high-load, real-world environmental stress through rigorous type and proof tests (deflection and destructive testing).
- Material Quality Control:
On-site laboratory analysis guarantees total defect detection and quality monitoring of all input materials before production begins.
- Reference Standards Compliance:
We benchmark all material tests against strict Nigerian Industrial Standards, including:
- NIS 586:2020 (Reinforced and Prestressed Concrete Poles)
- NIS 117:2010 & NIS 746:2012 (Reinforcement & Granite Chippings Quality)
- NIS 444-1:2018 & NIS ISO 1920 (Cement Composition & Concrete Tests)
- NIS 554:2007 (Industrial Water Quality)
WORK HISTORY - Proven Track Record
A showcase of a few of our high-voltage and low-voltage concrete pole supply contracts
2021
Project Title: SS+GS–CEIP Ogbotobo Transmission Node Project
Contractor: PIMO
Deployment: 50 Units of 10.40m Heavy-Duty Concrete Poles
Timeline: Completed – August 2021
Engineering Milestone: Premium structural density verified with a compressive cube strength of 44.44 N/mm² at 28 days.
2021
Project Title: SS+GS–CEIP Tunu Node Transmission Project
Contractor: Westfield
Deployment: 173 Units of 10.40m Heavy-Duty Concrete Poles
Timeline: Completed – December 2021
Engineering Milestone: Achieved an exceptional compressive cube strength of 46.52 N/mm² at the full 28-day curing cycle.
2024
Project Title: CEIP – Otumara Section Two (Ugborodo Community Network)
Contractor: Tadoro Nigeria
Deployment: 5 Units of 12.20m Transmission Poles & 83 Units of 10.40m Heavy-Duty Poles
Timeline: Completed – August 2024
Engineering Milestone: Structural integrity verified with a load strength of 43.22 N/mm² at 28 days.
2024
Project Title: CEIP – Escravos Infrastructure Project (Phase I)
Contractor: Realhatt Venture
Deployment: 4 Units of 12.20m Transmission Poles & 227 Units of 10.40m Heavy-Duty Poles
Timeline: Completed – July 2024
Engineering Milestone: Confirmed structural performance with a strength metric of 41.48 N/mm² at 28 days.
2024
Project Title: CEIP – Escravos Infrastructure Project (Phase II)
Contractor: Tarimore
Deployment: 4 Units of 12.20m Transmission Poles & 498 Units of 10.40m Heavy-Duty Poles
Timeline: Completed – July 2024
Engineering Milestone: Unyielding structural validation recording 43.22 N/mm² compressive strength at 28 days.
2025
Project Title: SS+GS–CEIP Iduwini Cluster Town Network
Contractor: S2 Generation Services
Deployment: 55 Units of 8.53m Low-Voltage Distribution Poles
Timeline: Completed – January 2025
Engineering Milestone: High mechanical durability achieved with a cube strength of 44.44 N/mm² at 28 days.
2025
Project Title: SS+GS–CEIP Ogbotobo Transmission Node Project (Expansion I)
Contractor: PIMOMAFUTA
Deployment: 350 Units of 10.40m Heavy-Duty Concrete Poles
Timeline: Completed – August 2025
Engineering Milestone: Defection-resistant build quality hitting 43.22 N/mm² at 28 days.
2025
Project Title: SS+GS–CEIP Ogbotobo Transmission Node Project (Expansion II)
Contractor: MOPROJECT
Deployment: 1,000 Units of 10.40m Heavy-Duty Concrete Poles
Timeline: Completed – December 2025
Engineering Milestone: Large-scale fabrication consistency verified at 43.22 N/mm² compressive strength at 28 days.
