1 x Framing screws TEKOR Countersunk Head With Serration T30 6X80 Thread Length: 48 cut Type 17 Drilling Point Zinc Plated

Rafter leveling wood fixing T30 6X80 Zinc-plated steel

Tarpaulin fixing and leveling 6X80 Zinc-plated steel thread TEKOR

Roofing felt fixing and rafter leveling 6X80 Zinc-plated steel TEKOR

Building horse stalls

fixing sheet metal in wooden rafter

sheet metal fixing wooden rafter

Tekor 6x80 timber screws are my most frequently used screws in timber construction, particularly for floor renovations. I use Tekor 6x80 timber screws to fix my timber floor structures; they are very good quality and unbeatable price. I also use other sizes to create timber frames for extensions and even houses.

construction site without tradespeople screwing of the framework and structure

Construction site without tradespeople Timber frame and structure of a wooden cabin

Wooden bench manufacturing Wooden bench manufacturing for associations, lengths 2 and 2.50 m

Used to secure a partition wall assembly Used to secure a 4 x 2.5 m partition wall assembly

Douglas fir raised garden beds 50mm thick boards

Timber frame Fixing between 45*145 frames

Timber frame 45*145 frame

This product will be used to fix the cladding slats. This product will be used to fix the 40x60 slats on a timber frame wall, in order to accommodate 2cm thick Douglas fir cladding on these slats. Thus, the slats will allow for a 4cm air gap between the cladding and the timber frame wall for ventilation and breathing of the wall.

Terrace assembly Terrace structure assembly with Tekor screws

Terrace assembly Terrace assembly with Tekor screws

To make forest benches in Douglas. 200 x TEKOR framework screws Countersunk head TF TORX slot T30 6X80 Thread on 48 Anti-splitting point type 17 Zinc-plated steel Reference 2040608002_200

Rafter assembly Roof renovation: sandwiching old rafters.

screw the frame of my roof screw with TEKOR T te frais e TF Crant TORX T30 6X80 frame screws of 63x38 beams

I would like to test your screws in order to rigorously compare them to the references that I regularly use such as Rocket, Spax or Reisser. As a wood professional for more than fifteen years, I pay particular attention to the quality of my fasteners, which play a fundamental role in the durability and security of assemblies, especially when it comes to solid hardwood and dense wood. I would like to test your screws in order to rigorously compare them to the references that I regularly use such as Rocket, Spax or Reisser. As a wood professional for more than fifteen years, I pay particular attention to the quality of my fasteners, which play a fundamental role in the durability and security of assemblies, especially when it comes to solid hardwood and dense wood. My goal is to carry out a series of comparative tests both in the workshop and on site. I plan to use your screws on several current and future projects. The first is the manufacture of chestnut exterior shutters for a house located in Guthary, by the sea. This type of application requires screws capable of withstanding high humidity and permanent salt exposure. The slightest weakness in corrosion protection or mechanical resistance would be prohibitive. A second test project is the creation of 80 linear meters of robinia railings, on a terrace on stilts in the heart of the Ossau valley. Here, I need long screws, capable of withstanding tensile forces, but also the twisting generated by the very nervous wood, without risk of breakage when screwing, even without pre-drilling. I will also be using your screws on a series of interior furniture made of oak for a restaurant in Bayonne. The furniture includes large single-piece tables and solid benches, where the mechanical constraints on the assemblies are significant due to intensive use. In this case, I will also evaluate the precision of the imprint, the quality of the tapping and the finish of the screw heads (cleanliness of flushness, discretion, absence of tearing when screwing). I also plan to test them in more difficult woods, such as elm or seasoned beech, on prototypes of screw-together storage furniture. These woods, although aesthetic, are demanding to machine and often generate stresses at the edge of the drilling. Your screws will therefore be subjected to a cracking test on these assemblies. Furthermore, I would like to carry out tests in real aging conditions by deliberately leaving samples screwed outside in my land, Jatxou, exposed to wind and rain, with and without surface treatment. I will monitor the evolution of oxidation, possible deformation, and the long-term resistance of the thread. Each year, I buy the equivalent of a pallet of screws, all sizes combined, divided between workshop stock and construction site needs. If the tests prove conclusive, I would be quite willing to place a volume order directly from you. This would allow me to rationalize my purchases while reducing my supply costs, because your prices are very competitive compared to market standards. Currently, I mainly use A2 stainless steel and zinc-plated steel screws with organometallic treatment, depending on the uses. If you offer equivalent or superior ranges (A4 stainless steel, zinc bichromate, reinforced asymmetric thread, etc.), I am interested in integrating them into my tests. I am an independent carpenter, with complete management of the production chain: I cut the trees myself in the forest, I have them sawn, dried, then I transform the wood in my workshop. This gives me a detailed knowledge of the mechanical forces involved in woodworking, and I always adapt my screws to the specific constraints of each species. My approach is technical, pragmatic and focused on sustainability. Finally, I regularly participate in exchanges between craftsmen, in local cooperatives or on professional platforms, and I do not hesitate to recommend the products that have convinced me. A quality screw makes all the difference in the success of a project, and I would be delighted to recommend your products if the tests prove positive. I remain at your disposal to discuss the characteristics of your ranges, and I thank you in advance for your attention to my request.

screwing half beams for joists half fir beams from Gedimat

tag re in osb tag re in osb

Cladding fixing

fixing of joists and battens 6x160 for joists, 6x80 for battens. Sawmill timber

Assembly of wooden frame panels between them. Assembly of 45X145 frame uprights when they are parallel

joist screws joist from Chausson dimensions 38x90 mm

I am building a wooden pool house. It will be approximately 7ml x 3.5ml by 2.80m high.

Wood cladding Torx t30 6/80

Construction of a frame for a garden shed a 6m*4m shed

Screw L Obs onto a wooden frame for chalet construction Frame spacer Leroy Merlin

For fixing a technical floor on wooden panels Fixing a 60x60x30mm technical floor on 175x80mm wooden panels.

For fixing the joists I use Vis Charpente T te countersunk and TF Crant TORX to also fix my osb panels

WOOD FRAME HOUSE

Assembly of the wooden structure of a palisade.

assembly of wooden frame uprights Fixing wooden frame walls 45x145

Cover fixing Fixing against 38x38 batten on rafter

It will help me make flower boxes for my wife These are oak boxes measuring 2000x500x400, 40mm wood thickness

To install joists joists of 60 40

Fix our hooks for photovoltaic panel supports Allimex brand hooks covering tiles, slates.

To attach wooden boards to the exterior I use these torx head wood screws, because the torx recess allows the screw to hold the screw better on the bit. In addition, the diameter 6 allows good durability over time. They are used by me to make wooden constructions for cycling, therefore permanently outside and with strong thermal constraints.

manufacturing animal shelters night shelters

fixing assembly wooden element assembly wooden set of 50

I use this product for assembling the joists on the frame t30 6X80 screws