Matières premières

IZ Carbide — 46000 Centering Tip

Tungsten carbide cutting tip

SDS-Plus / SDS-Max 2-cutter centering-tip drill bits (IZ carbide geometry)

A raised nipple-style apex carries the first contact and locates the hole before the two main edges engage, so the bit starts on-mark without a pilot punch. The CERATIZIT 46000 geometry can be ordered in CTM17-BC, a medium-grain WC-Co grade listed with ISO code BC20. Geometry and material grade are specified separately.

Centering carbide geometry — tip & dimensions

Raised nipple-style apex · WebP · 1448 × 1086

Propriétés matière

Density

14.65 g/cm³

Confirms binder content is on-spec — a low reading means excess cobalt or porosity.

Hardness

90.4 HRA

CERATIZIT catalogue value for CTM17-BC; incoming-lot testing is recorded only when performed for the order.

Transverse rupture strength

2800–2900 MPa

CERATIZIT lists 2900 MPa for small-diameter hammer tips and 2800 MPa for large-diameter tips.

Voir la fiche technique complète (géométrie, provenance, vérification)

Géométrie de plaquette

Included apex angle: 161°
Tip point angle: 105°
Clearance angle: 22°30′
Rake angle: 8°
Dimensioned as: W × D × T per diameter
Tip geometry / style: 46000
Carbide grade: CTM17-BC
Catalog cross-reference: BC20

Approvisionnement

Producteur / fournisseur: CERATIZIT
Certifications: Supplier QMS: ISO 9001

CERATIZIT 46000 centering-tip geometry specified in CTM17-BC carbide grade (ISO code: BC20). Availability, origin and lot documentation are confirmed against the supplier quotation for each order.

Gamme de dimensions complète

Ø [mm]	D [mm]	Tol. [mm]	W [mm]	Tol. [mm]	T [mm]	Tol. [mm]
4.00	4.285	±0.075	4.15	±0.10	0.950	±0.05
5.00	5.285	±0.075	4.65	±0.10	1.350	±0.05
5.50	5.785	±0.075	4.95	±0.10	1.350	±0.05
6.00	6.285	±0.075	4.85	±0.10	1.550	±0.05
6.50	6.725	±0.075	5.30	±0.10	1.550	±0.05
7.00	7.285	±0.075	5.35	±0.10	1.550	±0.05
8.00	8.285	±0.075	5.95	±0.15	1.950	±0.05
8.50	8.740	±0.09	6.30	±0.15	1.950	±0.05
9.00	9.300	±0.09	6.30	±0.15	1.950	±0.05
10.00	10.300	±0.09	6.85	±0.15	2.125	±0.075
10.50	10.800	±0.09	7.30	±0.15	2.125	±0.075
11.00	11.340	±0.09	7.70	±0.15	2.125	±0.075
12.00	12.340	±0.09	8.25	±0.15	2.425	±0.075
13.00	13.355	±0.105	8.70	±0.15	2.725	±0.075
14.00	14.355	±0.105	8.95	±0.15	2.925	±0.075
15.00	15.355	±0.105	9.35	±0.15	2.925	±0.075
16.00	16.355	±0.105	9.35	±0.15	2.925	±0.075
17.00	17.355	±0.105	9.35	±0.15	2.925	±0.075
18.00	18.355	±0.105	9.65	±0.25	3.400	±0.10
19.00	19.430	±0.12	10.40	±0.25	3.400	±0.10
20.00	20.430	±0.12	11.25	±0.25	3.400	±0.10
22.00	22.380	±0.12	12.30	±0.25	3.900	±0.10
23.00	23.380	±0.12	12.30	±0.25	3.900	±0.10
24.00	24.380	±0.12	13.30	±0.25	4.400	±0.10
25.00	25.380	±0.12	13.25	±0.25	4.400	±0.10
26.00	26.380	±0.12	13.25	±0.25	4.400	±0.10
28.00	28.380	±0.12	14.70	±0.25	4.900	±0.10
29.00	29.380	±0.12	14.70	±0.25	4.900	±0.10
30.00	30.380	±0.12	14.70	±0.25	4.900	±0.10
32.00	32.520	±0.15	16.80	±0.25	5.400	±0.10
35.00	35.520	±0.15	18.00	±0.25	5.900	±0.10
36.00	36.520	±0.15	18.25	±0.25	5.900	±0.10
38.00	38.570	±0.20	18.25	±0.25	5.900	±0.10
40.00	40.545	±0.225	19.75	±0.25	6.400	±0.10
42.00	42.545	±0.225	19.25	±0.25	6.400	±0.10
44.00	44.545	±0.225	20.75	±0.25	6.900	±0.10
45.00	45.545	±0.225	20.75	±0.25	6.900	±0.10
50.00	50.635	±0.265	22.75	±0.25	6.900	±0.10
52.00	52.635	±0.265	23.50	±0.25	6.900	±0.10

Exemple de code de désignation: 46000-4.0 CTM17-BC

Nos contrôles

Contrôle	Méthode	Réalisé par
Grade & composition	Supplier mill certificate, per lot Grade and composition are controlled through a per-lot supplier mill certificate, with supporting documentation available for project review.	Certificat matière
Hardness (HRA)	Rockwell, incoming-lot sampling	Laboratoire interne
Tip dimensions	Dimensional inspection against the geometry drawing	Laboratoire interne
Braze joint integrity	Metallographic cross-section — void % and penetration depth	Laboratoire interne
Braze joint strength	Shear / pull test to failure	Laboratoire interne

4-Cutter Monobloc — Raised-Center X

Monobloc tungsten carbide tip

SDS-Plus / SDS-Max 4-cutter cross heads (5-Series)

A one-piece X-form carbide tip rather than four separately brazed plates. Because the cross is ground from a single blank, the four edges share one datum — there is no plate-to-plate misalignment to open up a gauge error, and there are no inner joint lines to become crack initiation sites. The raised centre carries first contact and locates the hole; the four arms then sweep the full gauge circle. This monobloc carbide tip is brazed into a steel head — it is not our full-head solid carbide construction (ZHPLUS-8 / ZHMAX-8), where the entire head is solid carbide and resistance-friction-welded to the steel body.

Monobloc X carbide tip — form & dimensions

Raised-centre X geometry · WebP · 1448 × 1086

Voir la fiche technique complète (géométrie, provenance, vérification)

Géométrie de plaquette

Tip point angle: 105°
Clearance angle: 22°–30°
Form: One-piece X, raised centre
Dimensioned as: W × W × T, tip width B

Approvisionnement

Producteur / fournisseur: Communiqué sur demande sous NDA
Certifications: Supplier QMS: ISO 9001

Long-term carbide supply program with a mill certificate issued per lot and supporting documentation available for buyer review.

Nos contrôles

Contrôle	Méthode	Réalisé par
Grade & composition	Supplier mill certificate, per lot Grade and composition are controlled through a per-lot supplier mill certificate, with supporting documentation available for project review.	Certificat matière
Hardness (HRA)	Rockwell, incoming-lot sampling	Laboratoire interne
Tip dimensions & gauge	Dimensional inspection against the geometry drawing	Laboratoire interne
Weld / braze joint integrity	Metallographic cross-section — void % and penetration depth	Laboratoire interne
Joint strength	Shear / pull test to failure	Laboratoire interne

4-Cutter Monobloc — CERATIZIT CT4 (51805)

Monobloc tungsten carbide tip

SDS-Plus / SDS-Max 4-cutter cross heads (5-Series)

In our CERATIZIT quotation, CT4 tips are listed under the 51805 series code, for example 51805-12.0 and 51805-16.0. CT4 identifies the tip style; CTM17-BC identifies the carbide grade. A one-piece X-form carbide tip with a continuous gable-roof profile: each arm slopes into the centre peak with no step transition. Because the cross is ground from a single blank, the four edges share one datum — there is no plate-to-plate misalignment to open up a gauge error, and there are no inner joint lines to become crack initiation sites. This CT4 monobloc carbide tip is brazed into a steel head — it is not our full-head solid carbide construction (ZHPLUS-8 / ZHMAX-8), where the entire head is solid carbide and resistance-friction-welded to the steel body.

Monobloc X carbide tip — form & dimensions

Gable-roof X geometry · WebP · 1448 × 1086

Voir la fiche technique complète (géométrie, provenance, vérification)

Géométrie de plaquette

Tip point angle: 105°
Clearance angle: 22°–30°
Form: One-piece X, gable-roof profile
Dimensioned as: Ø1 × Ø2 × T with centre diameter
Tip geometry / style: CT4
Supplier quotation series: 51805
Carbide grade: CTM17-BC
Catalog cross-reference: BC20

Approvisionnement

Producteur / fournisseur: CERATIZIT
Certifications: Supplier QMS: ISO 9001

CERATIZIT CT4 monobloc 4-cutter tip geometry specified in CTM17-BC carbide grade (ISO code: BC20). Availability, origin and lot documentation are confirmed against the supplier quotation for each order.

Gamme de dimensions complète

Ø [mm]	Height a [mm]	Height Tol. [mm]	Height a1 [mm]	Ø1 [mm]	Ø1 Tol. [mm]	Ø2 [mm]	Ø2 Tol. [mm]	Cent. Ø [mm]	Thickness [mm]
5.00	4.100	±0.10	2.980	5.285	±0.075	5.085	±0.075	1.590	0.950
5.50	4.550	±0.10	3.270	5.785	±0.075	5.585	±0.075	1.590	0.950
6.00	4.850	±0.10	3.530	6.285	±0.075	6.085	±0.075	1.960	1.150
6.50	5.200	±0.10	3.820	6.725	±0.075	6.525	±0.075	1.960	1.150
7.00	5.550	±0.10	4.090	7.285	±0.075	7.085	±0.075	1.960	1.150
8.00	5.650	±0.15	3.940	8.285	±0.075	8.085	±0.075	2.610	1.550
10.00	7.050	±0.15	4.850	10.300	±0.090	10.000	±0.090	2.890	1.750
12.00	8.500	±0.15	5.820	12.340	±0.090	12.040	±0.090	3.250	1.950
14.00	9.900	±0.15	6.770	14.355	±0.105	14.055	±0.105	3.500	2.125
16.00	9.650	±0.15	6.070	16.355	±0.105	16.055	±0.105	4.090	2.425
18.00	11.400	±0.25	6.950	18.355	±0.105	17.955	±0.105	4.800	2.925
20.00	12.550	±0.25	7.670	20.430	±0.120	20.030	±0.120	4.800	2.925
22.00	12.700	±0.25	7.330	22.380	±0.120	21.980	±0.120	5.640	3.400
23.00	13.100	±0.25	7.600	23.380	±0.120	22.880	±0.120	5.640	3.400
24.00	13.800	±0.25	7.920	24.380	±0.120	23.880	±0.120	5.640	3.400
25.00	14.300	±0.25	8.280	25.380	±0.120	24.880	±0.120	5.640	3.400
26.00	14.750	±0.25	8.600	26.380	±0.120	25.880	±0.120	5.640	3.400
28.00	15.950	±0.25	9.230	28.380	±0.120	27.880	±0.120	6.510	3.900
30.00	17.000	±0.25	9.870	30.380	±0.120	29.880	±0.120	6.510	3.900
32.00	18.150	±0.25	10.510	32.520	±0.150	31.770	±0.150	7.380	4.400
35.00	19.350	±0.25	11.460	35.520	±0.150	34.770	±0.150	7.380	4.400

Exemple de code de désignation: CT4-5.00 CTM17-BC

Nos contrôles

Contrôle	Méthode	Réalisé par
Grade & composition	Supplier mill certificate, per lot Grade and composition are controlled through a per-lot supplier mill certificate, with supporting documentation available for project review.	Certificat matière
Hardness (HRA)	Rockwell, incoming-lot sampling	Laboratoire interne
Tip dimensions & gauge	Dimensional inspection against the geometry drawing	Laboratoire interne
Weld / braze joint integrity	Metallographic cross-section — void % and penetration depth	Laboratoire interne
Joint strength	Shear / pull test to failure	Laboratoire interne

IR 2-Cutter Carbide — 11384 Roof Tip

Tungsten carbide hammer-drill tip

SDS-Plus / SDS-Max standard 2-cutter hammer drill bits (130° roof-tip geometry)

A conventional single-plate 2-cutter hammer-drill tip with a symmetrical 130° roof profile. CERATIZIT lists style 11384 from Ø4 to Ø52 mm and marks the geometry as PGM-conforming. The catalogue ordering example combines the geometry code 11384 with CTM17-BC carbide (ISO code BC20). Geometry, grade and finished-drill certification remain separate specifications: a completed bit may carry the PGM mark only when it falls within the certified manufacturer's scope.

11384 standard roof-tip geometry — product & dimensions

130° 2-cutter profile · PNG · 1448 × 1086

Propriétés matière

Cobalt content

8.5 % Co

CERATIZIT catalogue value for CTM17-BC, the grade used in the 11384 ordering example.

Hardness

1420 HV10

Published CTM17-BC hardness; do not compare directly with HRA without naming the conversion basis.

Transverse rupture strength

2800–2900 MPa

CERATIZIT lists 2900 MPa for small-diameter and 2800 MPa for large-diameter hammer tips.

Voir la fiche technique complète (géométrie, provenance, vérification)

Géométrie de plaquette

Included point angle: 130°
Plan rake angle: 8°
Side angle: 30°
α by diameter: 20° (Ø4–12); 30° (Ø13–52)
Dimensioned as: W × D × T per diameter
Tip geometry / style: 11384
Carbide grade: CTM17-BC
Catalog cross-reference: BC20

Approvisionnement

Producteur / fournisseur: CERATIZIT
Certifications: Supplier QMS: ISO 9001

CERATIZIT style 11384 standard roof-tip geometry specified in CTM17-BC carbide grade (ISO code BC20). Availability, origin and lot documentation are confirmed against the supplier quotation for each order.

Gamme de dimensions complète

Ø [mm]	D [mm]	D Tol. + [mm]	W [mm]	W Tol. + [mm]	T [mm]	T Tol. - [mm]	α [mm]
4.0	4.21	+0.15	4.5	+0.20	1.0	-0.10	20°
5.0	5.21	+0.15	5.0	+0.20	1.2	-0.10	20°
5.5	5.71	+0.15	5.3	+0.20	1.4	-0.10	20°
6.0	6.21	+0.15	5.3	+0.20	1.4	-0.10	20°
6.5	6.65	+0.15	5.8	+0.20	1.4	-0.10	20°
7.0	7.21	+0.15	5.8	+0.20	1.6	-0.10	20°
8.0	8.21	+0.15	6.5	+0.30	2.0	-0.10	20°
8.5	8.65	+0.18	6.9	+0.30	2.0	-0.10	20°
9.0	9.21	+0.18	6.9	+0.30	2.0	-0.15	20°
10.0	10.21	+0.18	7.5	+0.30	2.2	-0.15	20°
10.5	10.71	+0.18	8.0	+0.30	2.2	-0.15	20°
11.0	11.25	+0.18	8.5	+0.30	2.2	-0.15	20°
12.0	12.25	+0.18	9.0	+0.30	2.5	-0.15	20°
13.0	13.25	+0.21	9.5	+0.30	2.8	-0.15	30°
14.0	14.25	+0.21	9.8	+0.30	3.0	-0.15	30°
15.0	15.25	+0.21	10.5	+0.50	3.0	-0.15	30°
16.0	16.25	+0.21	10.5	+0.50	3.0	-0.15	30°
17.0	17.25	+0.21	10.5	+0.50	3.0	-0.15	30°
18.0	18.25	+0.21	11.0	+0.50	3.5	-0.20	30°
19.0	19.31	+0.24	12.0	+0.50	3.5	-0.20	30°
20.0	20.31	+0.24	13.0	+0.50	3.5	-0.20	30°
22.0	22.26	+0.24	14.0	+0.50	4.0	-0.20	30°
23.0	23.26	+0.24	14.0	+0.50	4.0	-0.20	30°
24.0	24.26	+0.24	15.0	+0.50	4.5	-0.20	30°
25.0	25.26	+0.24	15.0	+0.50	4.5	-0.20	30°
26.0	26.26	+0.24	15.0	+0.50	4.5	-0.20	30°
28.0	28.26	+0.24	17.0	+0.50	5.0	-0.20	30°
29.0	29.26	+0.24	17.0	+0.50	5.0	-0.20	30°
30.0	30.26	+0.24	17.0	+0.50	5.0	-0.20	30°
32.0	32.37	+0.30	19.0	+0.50	5.5	-0.20	30°
35.0	35.37	+0.30	20.5	+0.50	6.0	-0.20	30°
36.0	36.37	+0.30	21.0	+0.50	6.0	-0.20	30°
37.0	37.27	+0.40	21.0	+0.50	6.0	-0.20	30°
38.0	38.37	+0.40	21.0	+0.50	6.0	-0.20	30°
40.0	40.32	+0.45	23.0	+0.50	6.5	-0.20	30°
42.0	42.32	+0.45	24.0	+0.50	6.5	-0.20	30°
44.0	44.32	+0.45	24.0	+0.50	7.0	-0.20	30°
45.0	45.32	+0.45	24.5	+0.50	7.0	-0.20	30°
50.0	50.37	+0.55	26.0	+0.50	7.0	-0.20	30°
52.0	52.37	+0.55	26.0	+0.50	7.0	-0.20	30°

Exemple de code de désignation: 11384-4.0 CTM17-BC

Nos contrôles

Contrôle	Méthode	Réalisé par
Grade & composition	Supplier mill certificate, per lot CTM17-BC / BC20 properties are supplier catalogue data until tied to the quoted lot certificate.	Certificat matière
Tip dimensions	Sample-stage dimensional inspection against the 11384 drawing D, W, T and α are checked against the selected diameter row before sample approval.	Laboratoire interne
PGM status	Certified-scope and finished-drill marking review The supplier catalogue marks the geometry as PGM-conforming; the finished drill may use the PGM mark only within the certified manufacturer's scope.	Certificat matière

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