Simpson Strong-Tie’s Post

💎 ANSWERING OUR FAQS 💎 Always wanted to know what diamond drilling is? We’re here to answer one of our most frequently asked questions! Diamond drilling is a method of core drilling that uses a diamond-embedded drill bit to create precise holes in hard materials such as rock or concrete. But why do we use diamonds? 🤔 We use diamonds because they’re the hardest naturally occurring material in the world, making them ideal for cutting through robust construction materials. Want to read our other FAQs? Check them out here! https://lnkd.in/ei8dyGNM #DPDiamondDrilling #diamonddrilling #diamonddrillers #concretecutting #FAQs

Flanged Hexagon Head Concrete Screw Anchors Installation Demonstration: Drilling-Clearing Dust-Installation. The drilling depth must meet the requirement. Insufficient drilling depth will prevent the anchors from being installed.

Flanged Hexagon Head Concrete Screw Anchors Installation Demonstration: Drilling-Clearing Dust-Installation. The drilling depth must meet the requirement. Insufficient drilling depth will prevent the anchors from being installed.

"Time is Money!" Have you ever specified epoxied anchors on an unreinforced masonry (URM) project at a 22.5 degree angle and wondered 'How do they drill that angle'? Why 22.5 degrees? Is core drilling or carbide drilling more effective, (i.e. faster = less expensive)? Find out by checking out my Blog; Simpson Strong-Tie #strongtie #SimpsonStrongtie #URMSolutions

Introducing the Standard PDC Cutter: Precision Meets Durability Field Diamond is proud to unveil our Standard PDC Cutter, a breakthrough in performance and reliability for the drilling industry. Our cutters are engineered with premium polycrystalline diamond (PDC) technology, ensuring superior wear resistance and optimal efficiency in high-impact conditions. What sets the Standard PDC Cutter apart? It’s all in the details – our proprietary matrix body design maximizes cutter life, reducing downtime and increasing operational efficiency. Whether you’re in oil & gas, mining, or geotechnical applications, this cutter offers unmatched performance in both soft and hard rock formations. With advanced manufacturing precision and a commitment to quality control, Field Diamond ensures every cutter is tailored to your toughest drilling challenges. The high-strength, impact-resistant PDC inserts are bonded seamlessly to the body, guaranteeing long-lasting durability even in extreme environments. Field Diamond remains at the forefront of the drilling industry, continually innovating to meet the demands of professionals worldwide. Trust in our Standard PDC Cutter to keep your projects on track with less maintenance and more productivity. #PDCcutter #DrillingSolutions #PolycrystallineDiamond #OilAndGas #MiningIndustry #FieldDiamond #DrillBits #RockCutting #DrillingInnovation #HeavyDutyDrilling #PrecisionEngineering #HighPerformance #PDC #fielddimond 

Unleash the power of efficient drilling: T45xD89mm button bit In the harsh environment of mines and quarries, every drilling is about efficiency and cost. Maxdrill T45 x D89mm button bit is your ideal choice with excellent design and exquisite craftsmanship. This drill bit adopts a unique Spherical button type, combined with a flat face and standard skirt design, showing unparalleled rock breaking ability. Whether it is hard granite or tough limestone, it can cut like a knife, greatly increasing drilling speed, reducing operation time, and allowing your project to move forward quickly. Advanced materials and manufacturing technology give the drill bit super wear resistance and stability. Under long-term and high-intensity drilling operations, it still maintains good performance, reduces the frequency of replacement, and saves costs. The precise size design ensures a perfect fit with various drilling equipment, easy installation, and smooth operation. Choosing T45 xD89mm button bit means choosing efficiency, durability and reliability. Join hands with Maxdrill to start a successful drilling journey and gain more results and benefits in the mining and quarrying fields! More info 👉 www.maxdrillrocktools.com 👉 www.kemaico.com #drilling #drillingtools #drillingequipment #constructionindustry #constructionequipment #construction #heavyequipment #drillbits #maxdrillrocktools #maxdrill #kemaico #surfacemining #surfacedrillingtools #cutholereamingbit #mining

At the beginning of the last century, cone bits replaced the position of scraper bits in hard abrasive formation application, but the disadvantage of cone bits in drilling shale and other plastic rock formation is mainly caused by the effect of mud, and as the drilling depth, bottom hole pressure (BHP) and mud gravity increase, balling phenomenon will be more serious. In order to solve this problem, many drill bit manufacturers have made various improvements to cone bits over the years, but with little effect. Considering that the scraper bit or fixed cutter bit is less affected under this condition, manufacturers began to try to combine the two bits together for a new type of bit. With the popularization and application of PDC bits and the improvement of PDC cutter technology, PDC bits with fixed cutters have gradually replaced cone bits in various formations. However, in some hard & abrasive formations and complex directional drilling operations, PDC bits can't replace cone bits due to its own performance limitations. In order to make use of the advantages of both cone bits and PDC bits, Baker Hughes recently developed a new combination bit, called the Kymera combination bit. This composite bit has two designs: one is a smaller bit with two blades and two cones, and the other is a slightly larger bit with three blades and three cones. The design of these bits is based on four - and six-blade PDC bits, while the position of the secondary blade is replaced by short-sized cones. In this way, rocks at the central position of the well is breaked by the PDC cutters located on the main blade, while the drilling of the outer part of the well is breaked by the cone and the cutters on the blade. The rock breaking operation of the outer part of the well is relatively difficult, and the rock breaking effect mainly depends on the cooperation of the cone and the blade of the bit. #oildrilling #pdcdrillbit #pdcbit #gasdrilling #onshoredrilling #coredrilling #diamonddrillingtool #drillingtools #coaldrilling #drillinge #petroleumdrilling #mineraldrilling #geothermalwelldrilling

Take the stress out of drilling through tough ground conditions on your bench with CAN-ROC! CAN-ROC is a ground-breaking liquid solution that combines a powerful hole stabilizer with superior lubrication in one convenient bucket. We engineered CAN-ROC as an all in one solution for air drilling applications, where hole stabilization and superior penetration rates are paramount. CAN-ROC encapsulates drill cuttings, forging a robust bond that adheres to the borehole walls, sealing minor fractures and fissures with precision. This bond also plays a pivotal role in collaring the hole, reducing dust, and mitigating the dispersion of airborne silica, which increases productivity and safety on the job site. CAN-ROC mixes rapidly, which also makes it perfect for underground diamond drilling projects where single tank mixing systems are common. Visit our website today to learn more about CAN-ROC and other products that can assist in your drilling operations: www.canmud.ca #drilling #drillingfluids #coringdrilling #canadabusiness #drillingindustry #DrillingMud #canadian #canadianbusiness #albertastrong

Rock bolts are an essential ground support element in rock tunnels, widely used to stabilise and reinforce rock masses by providing active support. They function by transferring the load from the potentially unstable surface or fractured rock to more stable ground, effectively forming a composite structure. In tunnelling, rock bolts are typically installed by drilling holes into the rock and anchoring them using cement grout, resin, or mechanical systems.

#DiamondCoreDrillBits How to choose a suitable diamond core bits: When choosing a suitable diamond core bit, there are several factors to consider: 1. Core Bit Size: Determine the desired diameter of the hole you need to drill. Make sure the core bit size matches your requirements. 2. Material to be Drilled: Consider the type of material you'll be drilling into, such as concrete, granite, or asphalt. Different core bits are designed for specific materials, so choose one that is suitable for your application. 3. Diamond Quality: Look for high-quality diamonds on the core bit. The diamonds should be evenly distributed and securely bonded to the matrix to ensure efficiency and long-lasting performance. 4. Wet or Dry Drilling: Decide whether you will be using water for cooling during drilling (wet drilling) or not (dry drilling). If you plan to use water, choose a water diamond core bit specially designed for wet drilling. 5. Matrix Bond Type: The matrix bond holds the diamonds in place. Evaluate the hardness of the material you'll be drilling and choose a matrix bond type (soft, medium, or hard) Accordingly to ensure optimal cutting performance. 6. Speed and Efficiency: Consider the drilling speed and efficiency you require. Different core bits have varying cutting speeds and performance levels, so choose one that meets your project needs. #diamondtools  #diamondcuttingtools #diamondcuttingsawblade #polishingpads  #grindingdiscs  #floorpreparatin  #surfacepreparation #grindingsengment #diamondgrinding #diamondcupwheel #diamondcoredrillbits #concrete #marble #granite #diamondwetdrillbits