What is self-drilling screw stainless and METAL ADIT BAUTO? Full explanation.
self-drilling screw stainless Professional, known in industry as the end solution. self-drilling screw in Me-Tel (Bi-Metal Self-Driling Screw) ADIT BAUTOIt is a breakthrough engineering connection solution that combines two metals in one action. The screw is built from a quality stainless body and raises a powerful drilling knife from a tough and complex steel. This advanced structure allows screw to suffocate itself with particularly thick steels, to penetrate content and produce a dramatic connection in one continuous operation – without any need for a nibbling or early drilling of a leading hole.
Unlike regular screws requiring prolonged preparation, use with self-drilling screw BAUTO Save critical work stages, prevents the drill bits launch and provides complete protection from the Alibaba. The direct result is a massive shortening of work time, saving working tools on the ground and rising a significant low overall installation.
When is the self-drilling screw stainless BAUTO? The Barghi Series BAUTO Designed for apps requiring high-float and maximum resistance to the cosusia: a heavy steel profile connection, aluminum constituency, isolated panel train and building blocks around aggressively, chemical industry, applications and demanding constituencies.
Advantages of self-drilling screw Bamel and Nirvana ADIT BAUTO
- The phenomenal intrusion: The ability to carry out direct drilling up to 12 mm thick with the steel or aluminum without effort and without a pre-hole.
- True beta-metall technology: A perfect engineering combination between a body made of SS304 stainless steel and a hard carbon steel knife C1035.
- resistance is proven in an aggressive environment: The screw is equipped with a unique Atlantis C3 coating that prevents global corrosion and ensures long-standing resistance in difficult foreign conditions.
- Technical data is happy: Values of the better, gera and the precise risks tested and defined for contractors and engineers requiring absolute constructive accuracy.
- Support and adaptation to the details: A complete solution accompanied by detailed load tables and is intended to meet the strictest building standards.
Technical data is Happy – self-drilling screw BAUTO (Center ST 5.5)
The following data constitute the engineering basis for safe structural planning at work with self-drilling screw stainless Type BAUTO. All values in tables are represented in KN for a single anchor.
The load table – connection to the steel profile (ST 5.5)
| A defined load parameter (kN) | The thickness of steel 2 mm | The thickness of steel 3.5 mm | The thickness of steel 5 mm |
|---|
| Typical failure – fun (N)rk) | 5.3 | 8.6 | 12.5 |
| Typical failure load – a gram (V)rk) | 4.8 | 4.8 | 4.8 |
| The burden is structural – N.rd) | 2.5 | 4.0 | 5.8 |
| The load is structural – a gram (V)rd) | 3.9 | 3.9 | 3.9 |
| Recommended Service Load - Better (N)rec) | 1.8 | 2.9 | 4.2 |
| Recommended Service Load - The Cera (V)rec) | 2.8 | 2.8 | 2.8 |
Load table - connection to aluminum profile (ST 5.5)
| A defined load parameter (kN) | aluminum thickness 2 mm | aluminum thickness 3 mm | aluminum thickness 4 mm |
|---|
| Typical failure – fun (N)rk) | 2.9 | 4.5 | 6.3 |
| Typical failure load – a gram (V)rk) | 4.8 | 4.8 | 4.8 |
| The burden is structural – N.rd) | 1.3 | 2.1 | 2.9 |
| The load is structural – a gram (V)rd) | 3.9 | 3.9 | 3.9 |
| Recommended Service Load - Better (N)rec) | 1.0 | 1.5 | 2.1 |
| Recommended Service Load - The Cera (V)rec) | 2.8 | 2.8 | 2.8 |
Geometric and mechanical measurements - ADIT BAUTO
The professional barracks series offers accurate measures that guarantee perfect match for work with massive steels and structures:
| The anchor type | Foreign diameter including the barga (D) | steel thickness recommended (mm) | The length of the Z (M) drilling knife. | The diameter of the stabil dp (m) | P (M) | The size of the e-oxa (m. | The thickness of the head of K (M) | The Dk (M) |
|---|
| BAUTO ST 5.5 | 5.46 mm | 2.0 - 12.0 mm | 16 mm | 5.1 mm | 1.06 mm | 8 mm | 5.3 mm | 11 mm |
installation guide and Work Parametrics – self-drilling screw B-Metel
- Simone and the Intrusive Point: It is recommended to make a slight mark on the fabric (in the help of emphasis) at the intended infiltration point. This action concentrates the tip of the screw knife and prevents the skating on the Nerosta or the steel surface.
- Selecting a work tool and the screw: You can be able to convert the BUTO screws through a professional and appropriate Impette screw. Constant pressure and straight line (at 90 degrees) should be taken to the raw material to prevent distortion or beer.
- Speed and Workman: Adjusting the rotation speed (RPM) is critical for the success of the direct drilling:
- The drilling speed is recommended in steel: 1000 - 1800 rm.
- The drilling speed is recommended in the snort: 600 - 1000 rm.
- Maximum drilling time is permitted: up to 11 seconds.
- Maximum installation: 6.2 Newton-meter (Nm).
- The end of the tight and stop: The screwing operation should be stopped immediately with the screwhead or the ski to the profile. If you combine an atmospheric from EPDM, it is toada that it is constantly and completely eclectically snoring the water, but not snoring or twisted.
Cardiac models and connection solutions in the Adit catalog
- BAUTO / BAUTO EPDM: The company's flag series. self-drilling screw stainless in the building self-drilling screw in Me-Tel It has an unusual penetration capacity of up to 12 mm thickness steel! It comes in the lights of 40, 50, 65, 80 and 100 mm, with the possibility of a combination that will return to EPDM to UV radiation to prevent water penetration.
- ABE: Self-drilling steel screw classic, a scheduled head with a cold severance and glories for internal environments.
- ABEI: self-drilling screw, made entirely of full-scale 304SS, is suitable for work in outdoors and coastlines.
- BIE / BIE A4: A stainlessly screwed up a stainless body and a steel knife is hard to drill fast in nirosata and hard steels (also available to A4/316SS).
- AUTO: self-drilling screw equipped with a particularly long knife for direct drilling in heavy and thick profiles.
- PS3 / PSL: Particularly long-term screws that come with wide EPDM analytics sessions are designed for isolated and snow-board applications.
- ABP / ABR: Codds with aesthetic and decorative heads – countersunk head Conie (countersunk head)ABP(or a round head)ABR).
- RSZ / RS A2: Bergs are codified with a small lens head and a delicate lens, ideal for delicate stitches, aluminum work and soft frames.
Advanced Engineering Advice at Adit Ltd
There are many cheap screws in the market that tend to break under shear loads, to quickly or fail in drilling phases. Company Company Company Company Adit Ltd Provides its customers an entire engineering shell that includes professional accompaniment, providing competent load tables and assistance in accurate calculation of the required screw and length. The company’s engineers are always available for you to ensure standard, safe and economic concrete planning on the ground.
Common Questions and Answers (FAQ) – self-drilling screw stainless and methel
What is self-drilling screw B-Telel and why is it considered the leading solution for thick steels?
self-drilling screw in Me-Tel It is a screw produced in advanced Technology that converts two different metals together: the screw and the Bundrigor are made of a numerita (such as SS304) which gives the resistance perfect tocorrosion and rust, while the end of the screw and the drilling knife may be made of highly complex and difficult carbon steel (C1035). This combination allows it to drill directly into difficult and thick steels without the knife being played or broken, while providing a long-term solution that is not rusty.
What conditions and details should be used in the self-drilling screw stainless ADIT BAUTO?
It is mandatory to use the product as self-drilling screw stainlessia BAUTO In all applications of the West, high humidity, proximity to the sea (aggressive marine environment) or chemical industry. In addition, in connection with aluminum elements for profiles, using the screw steel will simply cause a destructive global corrosion that will break the connection; using the screw stainlessa B-Tel completely prevents this phenomenon and protects the structure.
Is self-drilling screw stainless steel really capable of stabbing the steel of 12 mm without pre-industry?
Yes, certainly. Series series ADIT BAUTO An engineering plan with a long and powerful drilling knife in 16 mm. This mechanical structure allows the screw to carry out direct and effective drilling in steel or thick aluminum in the range of between 2 mm and 12 mm thick, without any need to prepare a hole or use external drill bits on the ground.
What is the recommended speed and temperament for BAUTO screws to prevent a failure in installation?
To prevent the breaking of the drilling knife or its erosion, work with a screwing appropriate depending on the oxidative material: working on the steel profile should be aimed at a speed of 1000–1800 rpm, and working on the stainless profile should work at a lower speed of 600–1000 rpm. Also, make sure not to pass the maximum tight alignment of 6.2 Nm and not to exceed a continuous drilling time of 11 seconds.
What is the importance of a EPDM ety in the Ismgic and cobbled bars?
When directly drilling into tins, isolated panels or external wall coverings, the screw creates a metal crossing that can regulate rainwater and flames into the structure. BAUTO screws that combine EPDM return reach a special rubber disc that is exceptionally resistant to UV radiation and difficult weather conditions. When the correct idioc, rubber is swayed in a rhetorical manner around the hole and completely prevents water penetration.
What is the difference between a typical failure load (N)rk(N) The poor (NN)rd(Songed in the Adit tables?
Typical failure load (N)rk() Represents the maximum load point in which the connection or screw is damaged and broken during destructive laboratory tests. In contrast, the load is yes (N)rd() is the safe value used for actual engineering calculations, and is obtained after dividing the failed load on strict safety centers according to international standards. It is not possible to plan project construption directly according to the failure load.
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