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Assessed through bolt anchor MTP-G

Metal expansion anchor with male thread, for high loads in cracked and non-cracked concrete. Torque-controlled installation. ETE Opt. 1 approved for structural fastenings in concrete. Shaft made of ATLANTIS C3-L coated steel and A4 stainless steel clip.
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ASSESSMENTS AND CERTIFICATES

CODESIZETHICKNESS MAX.FIXTURE (mm)AXIS LETTER (LENGTH)Pcs BoxPcs MasterboxEANTechnical info.
APG06060M6 x 60 Ø610B2001.2008423533751478
  • tfix - Max. fixture thickness10
  • SW - Installation key10
  • df - Ø Element to fix7
  • Tins - Torque (Nm)7
  • hef - Effective depth40
  • hnom - Min. anchor depth46
  • h1 - Drill hole depth min.50
  • d0 - Ø Drill6
  • hmin - Min. substrate thickness100
APG06070M6 x 70 Ø620C2001.2008423533751485
  • tfix - Max. fixture thickness20
  • SW - Installation key10
  • df - Ø Element to fix7
  • Tins - Torque (Nm)7
  • hef - Effective depth40
  • hnom - Min. anchor depth46
  • h1 - Drill hole depth min.50
  • d0 - Ø Drill6
  • hmin - Min. substrate thickness100
APG06100M6 x 100 Ø650E2008008423533751492
  • tfix - Max. fixture thickness50
  • SW - Installation key10
  • df - Ø Element to fix7
  • Tins - Torque (Nm)7
  • hef - Effective depth40
  • hnom - Min. anchor depth46
  • h1 - Drill hole depth min.50
  • d0 - Ø Drill6
  • hmin - Min. substrate thickness100
APG08050M8 x 50 Ø82A1008008423533749734
  • tfix - Max. fixture thickness2
  • SW - Installation key13
  • df - Ø Element to fix9
  • Tins - Torque (Nm)15
  • hef - Effective depth30
  • hnom - Min. anchor depth37
  • h1 - Drill hole depth min.40
  • d0 - Ø Drill8
  • hmin - Min. substrate thickness100
APG08060M8 x 60 Ø812B1008008423533751447
  • tfix - Max. fixture thickness12
  • SW - Installation key13
  • df - Ø Element to fix9
  • Tins - Torque (Nm)15
  • hef - Effective depth30
  • hnom - Min. anchor depth37
  • h1 - Drill hole depth min.40
  • d0 - Ø Drill8
  • hmin - Min. substrate thickness100
APG08075M8 x 75 Ø89C1006008423533725448
  • tfix - Max. fixture thickness9
  • SW - Installation key13
  • df - Ø Element to fix9
  • Tins - Torque (Nm)15
  • hef - Effective depth48
  • hnom - Min. anchor depth55
  • h1 - Drill hole depth min.60
  • d0 - Ø Drill8
  • hmin - Min. substrate thickness100
APG08095M8 x 95 Ø829E1006008423533749741
  • tfix - Max. fixture thickness29
  • SW - Installation key13
  • df - Ø Element to fix9
  • Tins - Torque (Nm)15
  • hef - Effective depth48
  • hnom - Min. anchor depth55
  • h1 - Drill hole depth min.60
  • d0 - Ø Drill8
  • hmin - Min. substrate thickness100
APG08115M8 x 115 Ø849G1004008423533749758
  • tfix - Max. fixture thickness49
  • SW - Installation key13
  • df - Ø Element to fix9
  • Tins - Torque (Nm)15
  • hef - Effective depth48
  • hnom - Min. anchor depth55
  • h1 - Drill hole depth min.60
  • d0 - Ø Drill8
  • hmin - Min. substrate thickness100
APG10070M10 x 70 Ø105C1004008423533751454
  • tfix - Max. fixture thickness5
  • SW - Installation key17
  • df - Ø Element to fix12
  • Tins - Torque (Nm)40
  • hef - Effective depth45
  • hnom - Min. anchor depth53
  • h1 - Drill hole depth min.60
  • d0 - Ø Drill10
  • hmin - Min. substrate thickness100
APG10090M10 x 90 Ø1010E1004008423533725479
  • tfix - Max. fixture thickness10
  • SW - Installation key17
  • df - Ø Element to fix12
  • Tins - Torque (Nm)40
  • hef - Effective depth60
  • hnom - Min. anchor depth68
  • h1 - Drill hole depth min.75
  • d0 - Ø Drill10
  • hmin - Min. substrate thickness120
APG10105M10 x 105 Ø1025F503008423533749765
  • tfix - Max. fixture thickness25
  • SW - Installation key17
  • df - Ø Element to fix12
  • Tins - Torque (Nm)40
  • hef - Effective depth60
  • hnom - Min. anchor depth68
  • h1 - Drill hole depth min.75
  • d0 - Ø Drill10
  • hmin - Min. substrate thickness120
APG10115M10 x 115 Ø1035G502008423533749772
  • tfix - Max. fixture thickness35
  • SW - Installation key17
  • df - Ø Element to fix12
  • Tins - Torque (Nm)40
  • hef - Effective depth60
  • hnom - Min. anchor depth68
  • h1 - Drill hole depth min.75
  • d0 - Ø Drill10
  • hmin - Min. substrate thickness120
APG10135M10 x 135 Ø1055H502008423533749789
  • tfix - Max. fixture thickness55
  • SW - Installation key17
  • df - Ø Element to fix12
  • Tins - Torque (Nm)40
  • hef - Effective depth60
  • hnom - Min. anchor depth68
  • h1 - Drill hole depth min.75
  • d0 - Ø Drill10
  • hmin - Min. substrate thickness120
APG10165M10 x 165 Ø1085K502008423533749796
  • tfix - Max. fixture thickness85
  • SW - Installation key17
  • df - Ø Element to fix12
  • Tins - Torque (Nm)40
  • hef - Effective depth60
  • hnom - Min. anchor depth68
  • h1 - Drill hole depth min.75
  • d0 - Ø Drill10
  • hmin - Min. substrate thickness120
APG10185M10 x 185 Ø10105L501508423533749802
  • tfix - Max. fixture thickness105
  • SW - Installation key17
  • df - Ø Element to fix12
  • Tins - Torque (Nm)40
  • hef - Effective depth60
  • hnom - Min. anchor depth68
  • h1 - Drill hole depth min.75
  • d0 - Ø Drill10
  • hmin - Min. substrate thickness120
APG12080M12 x 80 Ø124D503008423533749819
  • tfix - Max. fixture thickness4
  • SW - Installation key19
  • df - Ø Element to fix14
  • Tins - Torque (Nm)60
  • hef - Effective depth50
  • hnom - Min. anchor depth60
  • h1 - Drill hole depth min.65
  • d0 - Ø Drill12
  • hmin - Min. substrate thickness100
APG12110M12 x 110 Ø1214F502008423533725523
  • tfix - Max. fixture thickness14
  • SW - Installation key19
  • df - Ø Element to fix14
  • Tins - Torque (Nm)60
  • hef - Effective depth70
  • hnom - Min. anchor depth80
  • h1 - Drill hole depth min.85
  • d0 - Ø Drill12
  • hmin - Min. substrate thickness140
APG12130M12 x 130 Ø1234H502008423533749833
  • tfix - Max. fixture thickness34
  • SW - Installation key19
  • df - Ø Element to fix14
  • Tins - Torque (Nm)60
  • hef - Effective depth70
  • hnom - Min. anchor depth80
  • h1 - Drill hole depth min.85
  • d0 - Ø Drill12
  • hmin - Min. substrate thickness140
APG12150M12 x 150 Ø1254I501008423533749840
  • tfix - Max. fixture thickness54
  • SW - Installation key19
  • df - Ø Element to fix14
  • Tins - Torque (Nm)60
  • hef - Effective depth70
  • hnom - Min. anchor depth80
  • h1 - Drill hole depth min.85
  • d0 - Ø Drill12
  • hmin - Min. substrate thickness140
APG12180M12 x 180 Ø1284L501508423533725554
  • tfix - Max. fixture thickness84
  • SW - Installation key19
  • df - Ø Element to fix14
  • Tins - Torque (Nm)60
  • hef - Effective depth70
  • hnom - Min. anchor depth80
  • h1 - Drill hole depth min.85
  • d0 - Ø Drill12
  • hmin - Min. substrate thickness140
APG12200M12 x 200 Ø12104M501508423533749857
  • tfix - Max. fixture thickness104
  • SW - Installation key19
  • df - Ø Element to fix14
  • Tins - Torque (Nm)60
  • hef - Effective depth70
  • hnom - Min. anchor depth80
  • h1 - Drill hole depth min.85
  • d0 - Ø Drill12
  • hmin - Min. substrate thickness140
APG16125M16 x 125 Ø168G251008423533725561
  • tfix - Max. fixture thickness8
  • SW - Installation key24
  • df - Ø Element to fix18
  • Tins - Torque (Nm)100
  • hef - Effective depth85
  • hnom - Min. anchor depth97
  • h1 - Drill hole depth min.105
  • d0 - Ø Drill16
  • hmin - Min. substrate thickness170
APG16145M16 x 145 Ø1628I251008423533725578
  • tfix - Max. fixture thickness28
  • SW - Installation key24
  • df - Ø Element to fix18
  • Tins - Torque (Nm)100
  • hef - Effective depth85
  • hnom - Min. anchor depth97
  • h1 - Drill hole depth min.105
  • d0 - Ø Drill16
  • hmin - Min. substrate thickness170
APG16175M16 x 175 Ø1658K25508423533749864
  • tfix - Max. fixture thickness58
  • SW - Installation key24
  • df - Ø Element to fix18
  • Tins - Torque (Nm)100
  • hef - Effective depth85
  • hnom - Min. anchor depth97
  • h1 - Drill hole depth min.105
  • d0 - Ø Drill16
  • hmin - Min. substrate thickness170
APG16220M16 x 220 Ø16103O25508423533725592
  • tfix - Max. fixture thickness103
  • SW - Installation key24
  • df - Ø Element to fix18
  • Tins - Torque (Nm)100
  • hef - Effective depth85
  • hnom - Min. anchor depth97
  • h1 - Drill hole depth min.105
  • d0 - Ø Drill16
  • hmin - Min. substrate thickness170
APG20170M20 x 170 Ø2032K20408423533749888
  • tfix - Max. fixture thickness32
  • SW - Installation key30
  • df - Ø Element to fix22
  • Tins - Torque (Nm)200
  • hef - Effective depth100
  • hnom - Min. anchor depth114
  • h1 - Drill hole depth min.125
  • d0 - Ø Drill20
  • hmin - Min. substrate thickness200
APG20200M20 x 200 Ø2062M20408423533751461
  • tfix - Max. fixture thickness62
  • SW - Installation key30
  • df - Ø Element to fix22
  • Tins - Torque (Nm)200
  • hef - Effective depth100
  • hnom - Min. anchor depth114
  • h1 - Drill hole depth min.125
  • d0 - Ø Drill20
  • hmin - Min. substrate thickness200
  • Fixing of shelves
  • Steel structures
  • Protections
  • Street furniture
  • Machinery
  • Wooden structures
  • Antennae
  • Balcony railings
  • Road railings
  • Wooden railings
  • Beach railings
  • Ceiling lights
  • False ceilings
  • False ceilings
  • Ceiling lights
  • False ceilings
  • Ceiling lights
  • False ceilings
  • Ceilings
  • Ceilings
  • Ceilings
  • Ceilings
  • Ceilings
  • Ceilings
PR645BI10403 CP MTP G MTP G SZ4
icon book
Technical Sheets
FT_MTP_en_rev13.pdf
FTA_MTPG_en_rev6.pdf
icon security
Assessments
VdS_rev2.pdf
ETA_MTP_G_X_AT_A4_en_rev7.pdf
icon camera
Multimedia
Video
icon table
Declaration of Performances
DoP_MTP_en_rev9.pdf
How can I check if an anchor has been properly installed?
Can an expansion anchor be retightened to its nominal torque once installed?
What installation torque should you apply to an anchor?
What is the depth mark on male anchors and what is it used for?
Using the DO-MTA
What length of expansion anchor MT should I choose for my installation?
What are the different types of concrete?
Can you install a mechanical anchor at different depths?
What is sherardizing coating and how it differs from hot dip galvanizing?
What should I tell my customers when they ask how hot-dip galvanized or sherardized steel performs in salt-spray testing?
What testing machines do you recommend for on-site tests?
What should I do in the event a drilling is aborted (e.g

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The data in our files are strictly confidential and shall be treated with the utmost confidentiality and shall comply with all the requirements provided for the General Data Protection Regulation (GDPR) 2016.

According to Data Protection legislation, you are strongly advised not to send high-level personal data, such as those relating to health, as they are not encoded or encrypted. Should these details be sent, it is done so under your sole responsibility.

The user may at any time exercise their rights of access, rectification, cancellation and opposition under the provisions of the General Data Protection Regulation (GDPR) 2016 by sending a letter together with a photocopy of your ID, to P.I. La Portalada II | c/ Segador 13, 26006 | Logroño (La Rioja).
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Técnicas Expansivas S.L.

CIF: B-26220491

P. I. La Portalada II, C/ Segador, 13

26006 · Logroño (La Rioja) · SPAIN

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MTP-G

MTP-G

Opt.1 ETA Assessed. ATLANTIS C3-L shaft. A4 Stainless steel clip
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TÉCNICAS EXPANSIVAS S.L. informs that the personal data provided voluntarily on this website will be processed and incorporated into the corresponding files, responsibility of TÉCNICAS EXPANSIVAS S.L, is reported at the time of personal data collection, although, according to the specific case, its purpose may be any of the following: attention to your referred request, complaint or question, established relationship maintenance, comprehensive and commercial customer management, accounting and billing or sending communications, including electronic media, news and activities related to TÉCNICAS EXPANSIVAS S.L.

The data in our files are strictly confidential and shall be treated with the utmost confidentiality and shall comply with all the requirements provided for the General Data Protection Regulation (GDPR) 2016.

According to Data Protection legislation, you are strongly advised not to send high-level personal data, such as those relating to health, as they are not encoded or encrypted. Should these details be sent, it is done so under your sole responsibility.

The user may at any time exercise their rights of access, rectification, cancellation and opposition under the provisions of the General Data Protection Regulation (GDPR) 2016 by sending a letter together with a photocopy of your ID, to P.I. La Portalada II | c/ Segador 13, 26006 | Logroño (La Rioja).
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TÉCNICAS EXPANSIVAS S.L. informs that the personal data provided voluntarily on this website will be processed and incorporated into the corresponding files, responsibility of TÉCNICAS EXPANSIVAS S.L, is reported at the time of personal data collection, although, according to the specific case, its purpose may be any of the following: attention to your referred request, complaint or question, established relationship maintenance, comprehensive and commercial customer management, accounting and billing or sending communications, including electronic media, news and activities related to TÉCNICAS EXPANSIVAS S.L.

The data in our files are strictly confidential and shall be treated with the utmost confidentiality and shall comply with all the requirements provided for the General Data Protection Regulation (GDPR) 2016.

According to Data Protection legislation, you are strongly advised not to send high-level personal data, such as those relating to health, as they are not encoded or encrypted. Should these details be sent, it is done so under your sole responsibility.

The user may at any time exercise their rights of access, rectification, cancellation and opposition under the provisions of the General Data Protection Regulation (GDPR) 2016 by sending a letter together with a photocopy of your ID, to P.I. La Portalada II | c/ Segador 13, 26006 | Logroño (La Rioja).
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At INDEX® we want to offer our customers the most comprehensive service. In addition to providing them with the best fixing and anchor solutions, our team of specialised engineers technically advises all our customers. We also have powerful software tools to do any necessary calculations with total accuracy.

TÉCNICAS EXPANSIVAS S.L. informs that the personal data provided voluntarily on this website will be processed and incorporated into the corresponding files, responsibility of TÉCNICAS EXPANSIVAS S.L, is reported at the time of personal data collection, although, according to the specific case, its purpose may be any of the following: attention to your referred request, complaint or question, established relationship maintenance, comprehensive and commercial customer management, accounting and billing or sending communications, including electronic media, news and activities related to TÉCNICAS EXPANSIVAS S.L.

The data in our files are strictly confidential and shall be treated with the utmost confidentiality and shall comply with all the requirements provided for the General Data Protection Regulation (GDPR) 2016.

According to Data Protection legislation, you are strongly advised not to send high-level personal data, such as those relating to health, as they are not encoded or encrypted. Should these details be sent, it is done so under your sole responsibility.

The user may at any time exercise their rights of access, rectification, cancellation and opposition under the provisions of the General Data Protection Regulation (GDPR) 2016 by sending a letter together with a photocopy of your ID, to P.I. La Portalada II | c/ Segador 13, 26006 | Logroño (La Rioja).
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