Terebrae Mallei SDS Plus cum Cuspide Crucis Carbidae ad Perforationem Saxi Duri Concreti Lapidarii
Claves Detalia
| Materia Corporis | 40Cr |
| Materia Apicis | YG8C |
| Crus | SDS plus |
| Duritia | 48-49 HRC |
| Superficies | Arenae iactus |
| Usus | Terebratio in granito, concreto, lapide, opere murario, parietibus, tegulis, marmore |
| Adaptus | OEM, ODM |
| Sarcina | Sacculus PVC, involucrum suspendendum, tubus plasticus rotundus |
| Proprietates | 1. Molitum 2. Tractatio caloris subtilis generalis 3. Caput Crucis Cuspis Carbidus 4. Alta efficacia 5. Aliae specificationes et magnitudines ad petitiones emptoris praesto sunt. |
| Dia | Ovrall longitudo | Dia | Ovrall longitudo | Dia | Ovrall longitudo | Dia | Ovrall longitudo | Dia | Ovrall longitudo | ||||
| 5MM | 110 | 8MM | 260 | 14MM | quingenti | 22MM | 210 | 26MM | DCCC | ||||
| 5MM | CLX | 8MM | CCCX | 14MM | DC | 22MM | 260 | 26MM | mille | ||||
| 5MM | 210 | 8MM | 350 | 14MM | DCCC | 22MM | CCCX | 28MM | 210 | ||||
| 5MM | 260 | 8MM | quadringenti | 14MM | mille | 22MM | 350 | 28MM | 260 | ||||
| 6MM | 110 | 8MM | 450 | 16MM | CLX | 22MM | quadringenti | 28MM | CCCX | ||||
| 6MM | CLX | 8MM | quingenti | 16MM | 210 | 22MM | 450 | 28MM | 350 | ||||
| 6MM | 210 | 8MM | DC | 16MM | 260 | 22MM | quingenti | 28MM | quadringenti | ||||
| 6MM | 260 | 10MM | 110 | 16MM | CCCX | 22MM | DC | 28MM | 450 | ||||
| 6MM | CCCX | 10MM | CLX | 16MM | 350 | 22MM | DCCC | 28MM | quingenti | ||||
| 6MM | 350 | 10MM | 210 | 16MM | quadringenti | 22MM | mille | 28MM | DC | ||||
| 6MM | quadringenti | 10MM | 260 | 16MM | 450 | 24MM | 210 | 28MM | DCCC | ||||
| 6MM | 450 | 10MM | CCCX | 16MM | quingenti | 24MM | 260 | 28MM | mille | ||||
| 6.5MM | 110 | 10MM | 350 | 16MM | DC | 24MM | CCCX | 30MM | 210 | ||||
| 6.5MM | CLX | 10MM | quadringenti | 16MM | DCCC | 24MM | 350 | 30MM | 260 | ||||
| 6.5MM | 210 | 10MM | 450 | 16MM | mille | 24MM | quadringenti | 30MM | CCCX | ||||
| 6.5MM | 260 | 10MM | quingenti | 18MM | CLX | 24MM | 450 | 30MM | 350 | ||||
| 6.5MM | CCCX | 10MM | DC | 18MM | 210 | 24MM | quingenti | 30MM | quadringenti | ||||
| 6.5MM | 350 | 10MM | DCCC | 18MM | 260 | 24MM | DC | 30MM | 450 | ||||
| 6.5MM | quadringenti | 10MM | mille | 18MM | CCCX | 24MM | DCCC | 30MM | quingenti | ||||
| 6.5MM | 450 | 12MM | 110 | 18MM | 350 | 24MM | mille | 30MM | DC | ||||
| 7MM | 110 | 12MM | CLX | 18MM | quadringenti | XXVMM | 210 | 30MM | DCCC | ||||
| 7MM | CLX | 12MM | 210 | 18MM | 450 | XXVMM | 260 | 30MM | mille | ||||
| 7MM | 210 | 12MM | 260 | 18MM | quingenti | XXVMM | CCCX | 32MM | 210 | ||||
| 7MM | 260 | 12MM | CCCX | 18MM | DC | XXVMM | 350 | 32MM | 260 | ||||
| 7MM | CCCX | 12MM | 350 | 18MM | DCCC | XXVMM | quadringenti | 32MM | CCCX | ||||
| 7MM | 350 | 12MM | quadringenti | 18MM | mille | XXVMM | 450 | 32MM | 350 | ||||
| 7MM | quadringenti | 12MM | 450 | XXMM | CLX | XXVMM | quingenti | 32MM | quadringenti | ||||
| 7MM | 450 | 12MM | quingenti | XXMM | 210 | XXVMM | DC | 32MM | 450 | ||||
| 8MM | 110 | 12MM | DC | XXMM | 260 | XXVMM | DCCC | 32MM | quingenti | ||||
| 8MM | CLX | 12MM | DCCC | XXMM | CCCX | XXVMM | mille | 32MM | DC | ||||
| 8MM | 210 | 12MM | mille | XXMM | 350 | 26MM | 210 | 32MM | DCCC | ||||
| 14MM | CLX | XXMM | quadringenti | 26MM | 260 | 32MM | mille | ||||||
| 14MM | 210 | XXMM | 450 | 26MM | CCCX | ||||||||
| 14MM | 260 | XXMM | quingenti | 26MM | 350 | ||||||||
| 14MM | CCCX | XXMM | DC | 26MM | quadringenti | ||||||||
| 14MM | 350 | XXMM | DCCC | 26MM | 450 | ||||||||
| 14MM | quadringenti | XXMM | mille | 26MM | quingenti | ||||||||
| 14MM | 450 | 22MM | CLX | 26MM | DC |
Singula Terebrae Capitis Crucis
Terebrae SDS cuspide transversali ad perforationem efficientem in concreto, opere lapideo, et aliis materiis duris destinantur. Hae terebrae cuspidem specialiter designatam habent quae perforationem celeriorem et efficaciorem quam alia genera terebrarum permittit. Designatio cuspis transversalis terebrarum SDS plura commoda habet.
Primo, maiorem praecisionem praebet cum foramen incipitur. Cuspis sui ipsius centratur et adiuvat ne cuspis vagatur, quod utile esse potest praesertim cum in materias duras terebras. Hoc tempus et laborem servare potest, necessitate repositionis et realineationis minuendo.
Secundo, designatio cuspis transversalis adiuvat ad vibrationem et strepitum minuendam dum perforatur. Quia terebra efficacius energiam ad materiam perforandam transferre potest, minus est saltus et tremor terebrae, quod ad minorem lassitudinem usori et minorem detritionem in ipsa terebra ducere potest.
Denique, designatio cuspis transversalis celeriorem et faciliorem remotionem detritorum e foramine perforato permittit. Quia terebra materiam perforatam efficacius disrumpere potest, etiam efficacius illam materiam e foramine removere potest, quo facilius pergere perforationem et obstructiones vitare licet.
