SEVA Concrete Coring and Expansion Joints

At SEVA Concrete Coring and Expansion Joints, we specialise in precise and clean concrete and stone coring for small to medium sized jobs. Our team uses modern techniques and equipment to deliver accurate results without damaging surrounding surfaces. We are based in Malta and serve projects where precision and care are essential. SEVA Concrete Coring and Expansion Joints offers concrete coring, which involves drilling clean, round holes through concrete or stone walls or floors. Stone coring is similar but adapted for natural stone materials. Expansion joint cutting creates gaps in concrete to allow for movement, and expansion joint caulking seals those gaps to prevent water or debris entry. Earth electrode installation helps with electrical grounding, and we include a bentonite finish for better performance. Vacuum coring removes dust and debris during drilling, especially important on finished surfaces. Laser precision coring ensures exact hole placement. A radio entry/exit point finder helps locate where a drill enters and exits a wall without guesswork. Dust-reducing cutting uses vacuum systems to keep the area clean. We work with laser-guided tools and vacuum systems to maintain accuracy and cleanliness. When coring through finished areas, we use vacuum coring to protect the surface. For electrical grounding jobs, we install earth electrodes with a bentonite finish. Expansion joint work includes both cutting and sealing, with vacuum support to reduce dust. Our services suit small to medium sized construction or renovation jobs, especially where finished surfaces must remain undamaged. Projects needing precise drilling, clean results, or electrical grounding benefit from our approach. At SEVA Concrete Coring and Expansion Joints, we offer coring with diameters from 30mm to 200mm and up to 1.2m in depth. We use laser precision for accuracy and vacuum systems to reduce mess. SEVA Concrete Coring and Expansion Joints ensures each job is done with care and technical attention.