E 1413

EJOT® PT screws for thermoplastics

Flange/washer: without flange | Thread type: Self-tapping thread | Head shape: Countersunk head | Force application: Cross-slot (Phillips) | Material: Steel 10 | Installation method: Screw into place with tool | Surface: zinc-plated | Product group: Screws
E 1413 | Tempered steel 10 | Zinc-plated | Countersunk head | Cruciform drive H (Phillips) | Cr(VI) - free | Self-tapping thread

The EJOT® PT screws with self-tapping thread are used for direct fastening thermoplastics. They lower production costs as no thread is created and no additional locking is required. They are inserted into pre-drilled holes for joining and are also suitable for very thin-walled components thanks to their low radial expansion. The screw connection has special self-locking features and protects the component. The high load-bearing capacity is achieved by a high thread load-bearing depth

Benefits:
• also suitable for very thin thermoplastic components due to low radial expansion
• lowers production costs - no thread formation and no additional securing required
• high load-bearing capacity due to high thread load-bearing depth

Further information and CAD files can be obtained directly from EJOT
Material version:
10
Cr(VI) Note:
Cr(VI)-free
Flange/washer:
without flange
Risk hydrogen embrittlement:
Thread type:
Self-tapping thread
Head shape:
Countersunk head
Force application:
Cross-slot (Phillips)
Material:
Steel 10
Installation method:
Screw into place with tool
Surface:
zinc-plated
Product type:
Direct screw-fitting
Product group:
Screws
RoHS conformal:
Material:
Steel
Self-Tapping Fasteners: Efficient fastening technology for solid metal, sheet metal and plastics
PDF
ENG
8705/21-V1-EN (WBH)
Fastening and assembly technology: Products and services
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1180/21-V1-EN (WBH)
Data sheet: Technical information and dimensions of the product
PDF
ENG
02/2024
Böllhoff bulletin: Changeover to Cr6+-free protective zinc layers for fasteners
PDF
ENG
1622/15.02
The Manual of fastening Technology: 8th edition
PDF
ENG
8100/23-V1-EN (WBH)