What’s the Difference?
At GFI, we recognize that various terrain characteristics may require diverse matting solutions for each project. That’s why our SiteSafe™ access solutions go beyond just offering traditional access, crane, and rig mats. We also provide SiteSafe™ modular bridges, which have quickly become the industry’s preferred option for line crossings and short spans. Moreover, our innovative line of SiteSafe™ Rubber Access Solutions effectively minimizes damages caused by heavy tracked equipment. At GFI, we continually seek innovative ways to reduce your access costs through our cutting-edge SiteSafe™ access solutions.
Lighter
Our SiteSafe™ CLT Access Mats weigh 33% less than traditional bolted mats. An impressive 72 mats can fit per load, saving you up to 60% in transportation costs.
Longer Lasting
Engineered and manufactured for maximum durability, unlike conventional timber mats, SiteSafe™ Rubber Access Mats can withstand heavy tracked equipment without damage.
Forget about expensive damage bills once your project is completed. Know your true cost before the job starts with, SiteSafe™ Rubber Access Mats
Faster
Because GFI’s SiteSafe™ CLT Access Mats are lighter, more can fit per shuttle truck or loader, saving you up to 40% on installation and removal.
Safer
Our SiteSafe™ Solid Top Access Solutions have a solid-top surface reducing tripping hazards associated with traditional mats that have gaps between the boards. Puncture injuries and…
Sustainable
The future matters. All SiteSafe™ Rubber Access mats are manufactured using recycled rubber tires. SiteSafe™ CLT Access Mats are built with sustainable forest practices. We only use plantation-grown southern yellow pine that is grown to…
Demo Day
See for yourself, a life accelerated demonstration showing our SiteSafe™ CLT mats outperforming traditional bolted oak and douglas fir access mats.
Matting & Expertise For A Range of
Industries & Applications
Turn-key Solutions
GFI provides a full turn-key solution for any of your matting needs. You can rely on our expert team to make your project come to life.
Customers Love Our Mats…
“GFI’s SiteSafe™ CLT Access Mats are by far the most durable mats we have ever used. We have used bolted mats in the past and had to pay outrageous charges for damages and replacement costs. Your mats held up so well on our integrity dig that we were not charged for any damages or replacement cost. On top of that, the crew was very knowledgeable and provided outstanding service. I would highly recommend GFI Solutions and look forward to working with them again”
– Integrity Manager
“We rented 1022 SiteSafe™ CLT Access Mats from GFI Solutions for our drilling and completions program. The program ran for 5 months. At the end of the program we were so impressed with the quality of the mats we decided to purchase 400 of the mats for our fleet.”
– Engineering Manager
About Us
We are a team of dedicated experts who saw a gap in the matting market. After learning about common problems associated with current matting options, it was our mission to introduce a better solution…
Latest News & Information
Buy or Rent Crane Mats for Your Project: The Ultimate Guide to Making the Best Decision
Nowadays, one of the major problems that large construction projects face is moving heavy equipment especially if it is uneven or rough terrain. This is where crane mats are used. These mats are large and strong platforms that are designed to offer a steady foundation...
3 Benefits of Choosing CLT Access Mats
CLT (Cross-Laminated Timber) access mats are manufactured by stacking wooden boards in perpendicular layers. The orientation of the individual layers produces an access mat with significant tensile and compressive strength and superb structural rigidity. Whether you...
Safeguarding Oilfield Operations: Unlocking the Role of SiteSafe™ Drilling Rig Mats
Tired of damaged bolted wooden access mats? Broken or damaged traditional access mats are common in heavy-duty sites, especially in the oil and gas sectors. Bolted wooden access mats fail to withstand heavy loads and machinery due to their lack of durability. As a...