Screws - Import export

FEATURES AND BENEFITS Enhancement when compared with Polymate30: • The re-designed geometrical flank allows for the optimized movement of plastic material while initiating the fastening procedure. • Under static and dynamic stress, a considerable increase is ensured in the service life of the joint. • At the same nominal diameter, up to 50% gain in torsional and tensile strength. • As there are a larger core and reduction in the thread pitch length, shorter fasteners and/or smaller diameters may be used. • Improved pitch provides added vibrational safety.

The Micro Screw range consists of self-tapping and metric standard screws along with metric threads according to customer-specific applications. When the trend is to minimize the size and weight, these durable and small dimensioned screws provide the required competitive advantage where even the smallest gram and millimeter counts. FEATURES & BENEFITS • Diameter range of M 0.8 – M 2.6 • Lengths reaching up to 10x the thread diameter • Capability of various thread heads • Reliability with 50ppm • Thread-forming of even the smallest components for direct assembly • Cost-effective as additional inserts and add-ons are redundant • Time effective as cycle times are minimized in work-flow • Assembly is possible in the smallest of installation spaces • Available in plastic, light metal, and steel materials for use in automated assembly The Micro Screw is available as self-tapping, metric standard as well as customer-specific applications with metric threads.

K-TITE high-performance thread rolling fasteners are specially designed to lower your in-place fastening costs. K-TITE fasteners form internal threads into plain holes in ductile materials upon initial installation, which: • Eliminates the need to pre-tap the nut member • Reduces problems associated with assembling screws and bolts into pre-tapped holes, such as cross-threading

A Captive Screw can be locked in place on a parent component without being fastened to a child component - Captive Screws are typically locked in place via thread locking, press-fitting or broaching - Captive Screws help control costs by minimizing damage to machinery from loose screws and by reducing the need for replacement fasteners - Captive Screws allows for easier and more efficient repairs due to quick access to components - Captive Screws prevents damage from loose screws falling into moving parts or electrical circuits as well as the loss of screws - Captive Screws also provide longer durability as they do not cause damage to the application after usage cycles; they are permanent, yet allow access into the application

• Compatible with machine screw threads • Provides a high joint strength • Low loss of preload force under high dynamic and thermal loading • Effortless lead-in with low insertion torque for safe assembly • Excellent self-locking vibration resistance • High stripping torque • Allows for a reduction in installation depth

Stainless steel barrel screw joint with a R 2" steel fine outer thread for tubes dia. 32 mm.

Throttle valves, check valves, quick exhaust valves, manual slide valves

Current Controlled Torque System suitable for screw fastening work Easy fastening setting by controller Lowvoltage brushless motor ESD (electrostatic discharge) protection structure For both handheld / automatic machines Nine speed settings available Automatic three step speed control function Two types of measuring methods (Time/Motor rotation signal) Seven color indication LED (At the tip of the screwdriver) Two external I/O signal connection ports (NPN PNP switchable, RS232C) Controller has built in counting function Preventing human errors Various settings can be configured via a PC (Pree setting software available on NITTO KOHKi website here) More infomation available on NITTO KOHKI website here)

Using Sheetite® ensures that in metal-joining applications, you can eliminate work processes such as thread tapping, and also dispense with additional fastening elements. The fastener is screwed directly into a metal rim-hole or a pre-drilled metal sheet, using existing plant and equipment. The polygon-shaped cross-section geometry in the thread-tapping section of screw's shaft ensures that the thread is chiplessly formed, so that if a repair is needed it can accept a conventional threaded screw. reliable low cost flexible easy to assemble very stable reduces number of variants

By using REMFORM® screws to join synthetic materials, the cost of the inserts and the associated work step can be omitted in the injection process. The screw simply screws into an existing core hole, forming its own thread as it goes in. The asymmetric thread geometry of the REMFORM® screw ensures that the synthetic material flows towards the load flank as the thread is formed. Thus: low turning torques high vibration resistance low cracking risk high assembly reliability Additionally: The radial force offset to the radius enables a much higher tightening torque simultaneous with a smaller tube geometry. Result: much higher clamping force. Your commercial benefits: The overall cost of fastenings is reduced by up to 72%.

The Flowform® screw is a polygonal screw based on TAPTITE 2000®, which makes use of the technology known as "flowhole-forming" in manufacturing processes. Using this technology the Flowform® screw causes the sheet metal to heat, using a combination of axial force and relatively high screwdriver speed . Once the material has been penetrated the polygonal shape of the screw forms a calibrated metric female thread which can accept a metric screw in the event that a repair is required. After the torque-controlled assembly process the formed through-hole adjusts optimally to the contours of the screw. This gives the following advantages: Higher process reliability in the screw fastening with the option of a larger screwdriver shut-off window More flexibility when selecting the screwdriver, and more straightforward monitoring of the assembly process. In addition the Flowform® screw considerably reduces screw-in times.

Using TAPTITE 2000® ensures that in metal-joining applications, you can eliminate work processes such as tapping and the use of additional fastening elements. The fastener is screwed straight into a cast or drilled core hole. The polygonal cross-section geometry of the shaft of the screw ensures that the thread is chiplessly formed, so that if a repair is needed it can accept a conventional threaded screw. This provides some significant quality advantages: easy to position the screw low tapping torque high vibration resistance high vibration resistance high pre-load forces high assembly reliability Your commercial benefits: The overall cost of fastenings is reduced by up to 88%.

A non-detachable fastening for sheet metals can be produced at optimum cost by using self-clinching screws under the brand names of RIVTEX® (for sheet thicknesses between 0.75 and 2.00 mm) and STRUX® (for sheet thicknesses between 2.0 and 5.00 mm). The clinching technology is suitable for steel and aluminium sheets, causes very little cost in inspection and control, and allows several clinch screws to be processed in a single stroke.

Our assortment of threaded screw fittings ranges from connectors, double threaded nipples, counter nuts and bushings to reducing nipples, pipe double nipples, hose sleeves and pivoting bushings and up to bulkhead fittings, union nuts, extension pieces, end caps and locking screws. We also offer various fittings made of steel and malleable cast iron as well as assortment boxes with a chosen selection of screw fittings.

Hose connectors and pipe connectors are used where permanent and fixed connections are required. They are used for extending, diverting or repairing lines and guarantee a tight connection. Here you will find quick-connect fittings, quick screw fittings, hose screwed fittings, hose connection parts and cutting ring fittings. All mentioned hose and pipe connectors are available in various sizes, materials, and pressure and temperature ranges.

by combining multiple parts such as a captive washer and screw into a single versatile fastener, KEBA SEMS screws provide efficiencies both in design and manufacturing.

provide precise performance for small components with a range consisting of self-tapping and metric standards as well as any threads according to customer specific applications. Diameter range of M 0.8 – M 2.6 Lengths reaching up to 10x the thread diameter Capability of various thread heads Reliability with 50ppm Thread-forming of even the smallest components for direct assembly Cost effective as additional inserts and add-ons are redundant Time effective as cycle times are minimized in work-flow Assembly is possible in the smallest of installation spaces Available in plastic, light metal and steel materials for use in automated assembly The Micro Screw is available as self-tapping, metric standard as well as customer-specific applications with metric threads.

were developed primarily to meet the lightweight requirements of the automotive industry. Lightweight Durability Flexibility Thermal & Corrosion resistant Eco-friendly Operating safety — vibration resistance No design restrictions Original ALUfix screws are produced with EN AW 5052 (AlMg2.5) alloy material. Dependent upon customer requirements and characteristic needs, adjustments can be made to alloy components.

are designed to lock into a hole while allowing the fastened components to be detached without the complete removal of the screw itself. A Captive Screw can be locked in place on a parent component without being fastened to a child component Captive Screws are typically locked in place via thread locking, press fitting or broaching Captive Screws help control costs by minimizing damage to machinery from loose screws and by reducing the need for replacement fasteners Captive Screws allows for easier and more ecient repairs due to quick access to components Captive Screws prevents damage from loose screws falling into moving parts or electrical circuits as well as the loss of screws Captive Screws also provide a longer durability as they do not cause damage to the application after usage cycles; they are permanent, yet allow access into the application

is a special fastener designed for reliability and an easy direct assembly into thermoplastics. Enhancement when compared with Polymate30: The re-designed geometrical flank allows for optimized movement of plastic material while initiating the fastening procedure. Under static and dynamic stress, a considerable increase is ensured in the service life of the joint. At the same nominal diameter, up to 50% gain in torsional and tensile strength. As there is a larger core and reduction in the thread pitch length, shorter fasterners and/or smaller diameters may be used. Improved pitch provides added vibrational safety. SOMETIMES SMALLER IS BETTER The visuals below show the advantages of a reduced fastener length and diameter by comparing Polymate30 to Polymate20. Substitute A provides a reduction in length, whereas Substitute B provides a reduction in diameter. For both scenarios, the reduction in pitch from the Polymate20 provides a maintainted thread flank.

is engineered for direct assembly of thin walled and flat designed thermoplastic components. Direct assembly using the Polymate30 Screw makes thin walled and flat designs possible. This leads to material savings and reduced cycle times during injection moulding. Therefore, the quality of the Polymate30 joint and the fastening component, translates into a considerable cost saving overall.

are self-tapping screws designed to securely mount thin sheet metal joints. Strong screw joint Circular cross section for better thread engagement Quick alignment and low installation torque for an easy and safe assembly High stripping torque Metric compatible

Quickrelease couplings for water pipes, oil lines, brake and clutch lines. The quickrelease couplings are always used when a very fast installation and removal of services is required. Areas of application are motorsport and aviation.

The stop screws are screwed into the thread (option) of the guide rails. An attached rubber cap dampens the stop. For rail lengths with initial hole dimensions below L11 min. we deliver the drilling pattern offset by half a drilling jump.

In the case of cassettes for screwing from below, the existing mounting holes are reworked so that screwing from below is possible. Please note any deviating positions of the holes and screw connection sizes.

Screw-on closure with tamper-evident ring for compact jerrycan. Screw-on cover made of PP, seal made of PE, thread DIN50. The closure offers protection against tampering and a guaratee that the container has not been opened before, since the snap ring is visibly broken the first time the container is opened.

Shapely packing container with screw cap. Emptying without residues because there are no crevices, cost-effective.

The profiled guide slide PFS is available in 5 series with sizes from 100 mm up to 425 mm width and strokes up to 2000 mm. To protect them against dirt accumulations, the slides are covered with bellow covers. Other covers on request. The slides are available in aluminium (nature anodized), or casted iron GGK-25. Optional steel C-45. The ball thread spindle drives are available in the qualities T5 and T7 with spindle pitches from 5 to 50 mm. PFS (basic equipment) ball screw spindle acc. to standard type allocation screwed up bellows cover coated on both sides integrated inductive limit switches (PNP break contact) incl. plug-connector in the endplate

Turned connecting elements, reducers, nipples, sleeves, grommets, plugs, plugs made of steel, aluminium, brass, stainless steel Blank, anodised, nickel-plated, chrome-plated, galvanized.