Threaded inserts - Import export

Reinforced threaded inserts allow threaded holes which have been damaged, torn out or jammed to be used again or to be repaired. This makes it possible to recover scrap and rejects of expensive products. Reinforced threaded inserts are suitable for use in various materials, including light metals and casting. Inserts with internal threads larger than M6 are supplied with four locking pins instead of two. Permissible deviations: The medium tolerance class applies to the threads listed, i.e. 6H for nut threads and 6g for bolt threads. Other dimensions ±0.25 mm. With reinforced threaded inserts we also offer a version with a stronger cross-section for use in applications with greater stress. Technical information see operating instructions for threaded inserts.

Self-tapping threaded inserts for making high-strength, wear-free, vibration resistant screw connections in materials with low shear strength such as aluminium and aluminium alloys, brass, bronze, cast iron, duro and thermoplastics. The threaded inserts are tapered at the bottom and have a cutting slot. By screwing in they cut their own threads inside a receiver hole. This guarantees a completely secure and firm anchoring in the host material. Internal thread D1 acc. to ISO 6H. The threaded inserts with cutting slot spring slightly inwards in the slot region in some materials. This results in a screw locking effect. If this is not desired, we recommend the threaded inserts with a cutting bore.

Flexible, versatile solutions for post-mold Insert installation into thermoplastic and thermoset plastics. SPIROL's Installation Machines are the ideal foundation for stand-alone systems and enhanced assembly systems provided by SPIROL. Our standardized, time-tested, modular designs are robust, reliable and easily adjustable — allowing simple customisation to meet the specific needs of your application. More than 80% of the components in the Insert Installation Machines we design are pre-tested and production-proven standard items. This translates into faster delivery, greater reliability, and lowest cost for Insert Installation Equipment of comparable quality. We specialize in custom application-specific part holding devices. Fixturing – holding your components accurately and firmly during insertion – is a critical element to the performance of your assembly equipment.

Moulded-In Inserts are placed over core pins by an operator or a pick-and-place robot prior to the closure of the mould cavity during the plastic injection process. Moulded-In Inserts offer exceptional torque and pull-out resistance due to unrestricted plastic flow around the Insert body, and are often the Insert of choice for thermosets and engineered plastics with a high percentage of filler. The minor thread diameter tolerance is controlled to ensure positive positioning and perpendicularity of the Insert on the core pin during the moulding process. Series 63 is symmetrical eliminating orientation and Series 65 is the same body style in a blind ended version. SPIROL's Moulded-In Inserts are made from 2024 aluminium, a light-weight, lead-free grade. SPIROL’s Series 63 and Series 65 Moulded-In Aluminium Inserts are available in thread sizes ranging from M4 (8-32) up to M8 (5/16-18).

The course external thread of SPIROL's Self-Tapping Insert forms an internal thread within a molded or pre-drilled hole during the installation process into a plastic assembly. SPIROL Series 10 Self-Tapping Inserts are thread forming Inserts best suited for softer thermoplastics or thermosets. Self-Tapping Inserts provide the best pull-out resistance for a post-mold installed Insert, yet generally cost more than their post-mold counterparts. The external threads are designed with a thin profile to minimize induced stress in the plastic and have a relative coarse pitch to provide the maximum plastic shear surface to resist pull-out.

Press-In Inserts are designed to be pressed into a straight hole without melting the plastic prior to installation. Ideal for use in softer plastics, the helical knurls of the Press-In Inserts are used to provide both torque and pull-out resistance and to ensure good plastic flow as the Insert rotates into the hole. Installation torque to achieve sufficient tension between the threads is not a problem in that the helical knurls are designed so that the direction of the installation torque will have the tendency to drive the Insert into the hole — which of course is not possible — as the threaded joint is tightened. A pilot only slightly smaller than the hole and of sufficient length is designed to assure straight insertion into the hole. Press-In Inserts offer rapid installation with no specialized equipment and achieve good overall joint performance. If installation equipment is required, SPIROL also offers a standard comprehensive line of Insert Installation Equipment.

Coil screw system 2G for automated and partially automated installation of wire thread inserts. Due to the slim construction, screw systems can be placed close to each other. This leads to more efficient use of existing production areas and thus to greater economic efficiency in production. The electric linear motor is very fast at up to 3.2 m/s and enables cycle times in production to be optimized. — Screwdriver Bosch BG2 — Floating screwdriver bearings — Integrated coil transfer with rotary gripper — Linear motor — Camera

The HONSEL COIL "cone" can be installed in the same way as a coil with tab. No additional or special tools are required for process-reliable installation. When the HONSEL COIL "cone" is screwed onto the installation spindle, the conical portion of the wire thread insert creates a clamping effect between the installation tool and the coil. This ensures a stable installation process into the work piece. Advantages: — tab-free and therefore optimally designed for e-mobility due to no risk of tab debris. — Shallower blind hole depths can be realized — Subsequent processes are no longer necessary (breaking and removing of the installation tab) — No thread skipping during installation — Cycle time reduction of 20-30 % per installation — No special tools required for the installation process — The installation process improves due to the conical portion

M12 X 25 SLEEVE CUSTOMED

threaded insert manufactured by CNC turning and milling material: stainless steel male thread: 7/16-20 UNF-2A female thread: 1/4-20 UNC-2B groove milled. width 0.060 +/- 0.015 inch, depth 0.062 +/- 0.015 inch size: diameter 0.525 +/- 0.015 inch, height 0.54 +/- 0.015 inch packing: individually packed in plastic tray, carton Soochow Advance Industries Co., Ltd., (website: www.sai-parts.com) supplies custom OEM mechanical parts, industrial fasteners, screws, bolts, nuts, industrial fittings, electronic hardware by precision CNC machining, CNC turning, CNC milling, CNC engineering.

High-strength for design and repair Coil threaded inserts or “coils” are an outstanding solution for achieving highstrength joints in parts made from low-strength materials (e.g. aluminium lightweight constructions). At the same time, high wear resistance is guaranteed. Furthermore, the inserts are ideally suited for the repair of damaged threads. Very simple handling Coils consist of a specially formed and coiled wire with a driver pin that can be removed after installation and can be fitted quickly and easily in just a few steps. Choose the right threaded insert for your application from over 500 sizes. Do you need a special form? No problem! Together with you, we can develop the required coil threaded insert and produce it in the highest quality.

Wood Threaded Insert (Wood threaded insert) A1 stainless steel

Metal Threaded Insert (Met Threaded Insert) A1 Stainless Steel

Heat / Ultrasonic Inserts are designed for post-mould installation in thermoplastics. Heat and ultrasonic installation yield outstanding performance results. SPIROL offers several different series of Heat/Ultrasonic Inserts available in a long and short version of each thread size. Long lengths maximize torque and pull-out resistance, while short lengths are good for less stringent requirements at lower cost and shorter installation times. Some styles are available with or without a head. The head provides bearing surface for the mating component that also prevents jack-out (or when used in reverse, can prevent pull through). However, adding a head results in additional cost raw material of a larger diameter is required to create the head. Some non-headed Inserts are symmetrical – thus eliminating the need to orient the Insert prior to installation.

The required torque is set by a set screw and a graduated scale. The set value can be secured using the lateral clamping screw. When the set torque is reached the grip audibly and palpably releases. The loosening torque is higher than the tightening torque so that the torque handle can be released without any problems. The internal thread version has a hole in the set screw so that the torque handle can also be used on threaded rods. Set torque accuracy ± 5%. On request: Other thread lengths.

DKR Category Hydraulic hoses and fittings / Hydraulic hose fittings / Screw fittings AF / DKR / Steel Product number supplier 421931

DKR Category Hydraulic hoses and fittings / Hydraulic hose fittings / Screw fittings AF / DKR / Steel Product number supplier 421930

The SPIROL Model PH Heat Insert Driver provides an accurate and consistent method to simultaneously install multiple Threaded Inserts or Compression Limiters at multiple elevations. Simultaneous installation dramatically increases productivity and simplifies the number of manufacturing steps to complete an assembly. Additionally, the platen head and fixture can be easily changed to accommodate quick change-over to different assemblies associated with new production runs. This machine can be used to install 12 Inserts into 1 assembly, or a fewer number of Inserts into a larger number of assemblies – as long as the total combination does not exceed 12 Inserts.

The SPIROL Model HA Automatic Heat Insert Driver provides an accurate and consistent method to install virtually any type of Heat/Ultrasonic Style Insert into thermoplastic assemblies. With this exceptionally versatile machine, the operator does not need to physically touch the Insert during the entire installation process. SPIROL’s Model HA Automatic Heat Insert Driver has been designed to eliminate the dependency on the operator to control the factors of time, temperature and pressure to ensure nearly perfect flow of the plastic for optimal retention and performance. The Model HA Automatic Heat Insert Driver installs Threaded Inserts ranging in size from M2 – M8 metric threads and #2 – 3/8 unified threads. The machine can be configured to accommodate a variety of applications and the heat tips are easily interchangeable to accommodate various sized Inserts.

for liner, build-up and concrete/tile pools, with basket, flange set, skim vac plate d32/38, flange, M5 thread inserts A4 (SS316), screw set, sealing, reductions 2“/1½“ and overflow connection d50. Incl. notch for niveau sensor. Recommended flow rate 8 m3/h.

We offer customized die-cast parts, stamped parts, deep-drawn parts, turned parts, milled parts and contact springs, both as small-precision and large parts. Partial or complete plastic and rubber injection molding of metal parts is also part of our portfolio. The manufactured metal parts can be completed with sealing elements, threaded inserts and bearing bushes. We also offer processes for cold pressing, as well as cost-effective surface finishing. We accompany our customers throughout the entire project process and organize the tool and sample production as well as the production (including surface finishing) and optionally also the assembly of the series parts.

Body and flange plate EN AW5754. Guide shafts steel Version Body, hardcoated Flange plates, anodised. Guide shaft, hardened. Note Maintenancefree pneumatic linear modules with two precision steel shafts and ball guide bushing with wipers. Double acting cylinder drive. All fastening threads have threaded inserts. The as accessory available shock absorbers and proximity switches can be integrated (no protruding edges). Positive fit construction for hundred per cent reproducibility. Combinations in all sizes and stroke variants are feasible without adapter plates. Repeat accuracies of ±0.01 mm are possible. Specified loads apply by centred carriages. On request Available with locking cartridge as stroke deviation safeguard. Accessory See table for shock absorber, proximitiy switch and plug connector.

The economic adjustment to small batch sizes, we meet with our turned parts for the direct assembly in plastics and die-cast products. Any thread forms such as, thread-tapping (DIN7500), thread cutting (DIN 7513-7516) or KTG for direct screw in plastics are realized cost-effectively. Advantage is the elimination of high tooling costs, since no counter-thread in the workpiece (eg threaded inserts, nuts, etc.) is required because the direct assembly takes place directly into the workpiece. Only a given tube is required in order to screw it directly. Our turned parts replace previously cold formed parts used (so-called multi-station presses) which require high output volumes in order to achieve a reasonable price parts.

Turned parts Long turned partes, small turned parts Turned, milled and grinded parts Thread inserts in brass, steel and stainless steel Possible materials: Alloy AlCuMgPb, AlZn5,5MgCu etc. Brass CuZn39Pb3, CuZn40Pb2 etc. Stainless steel 1.4301, 1.4305, 1.4571, 1.4401, 1.4101 etc. Steel Machining steel, St52, St37, C45, etc. Special steels Titan, Hastelloy, Copper, Bronze etc. Surface treatments may be done as follows: Galvanizing, nickel, brown, hot-dip galvanizing, phosphating, anodizing, chrome plating, painting, powder coating, plasma coating, sandblasting, Tuflok coatings. All common surfaces as VDA standard are possible (zinc-nickel, zinc flake). Heat treatments such as Plasma / gas nitriding, carbonitriding, hardening, carburizing, vacuum hardening, tempering etc.

When it comes to sophisticated plastic injection molding, we are completely in our element. We process all common thermoplastics, from standard to high-performance plastics. A fully automated production with handling systems for part removal and QA tests guarantees an economic production of your parts. We also have experience with the overmolding of various inserts such as threaded bushings, electronic contacts, circuit boards and much more. This and much more are the reasons why we are a reliable partner for almost all industries: Automotive industry aerospace industry Mechanical engineering Medical technology Construction industry Electrical engineering Jewelry and watch industry Furniture industry

Case-hardened and black oxidised. Note: Positioning feet are used as supports, stops and thrust pads for fixtures and general machine and appliance construction. Drawing reference: Form A: External thread and flat face Form B: External thread and convex face Form C: External thread and serrated face Form K: External thread and carbide serrated face Form L: External thread and POM insert Form D: External thread and flat face Form E: External thread and convex face Form F: External thread and serrated face

Body carbon steel. Ball, ball bearing steel 1.2067. Form D: Ball with POM insert. Form H: Ball with POM insert. Form K: Ball with carbide insert. Form M has a carbide ball. Version: Body tempered and phosphated. Ball hardened. Form M ball nickel plated. Note: Self-aligning pads serve as stops, supports and thrust pads in fixture constructions. Ball secured against rotation. * Valid only if the minimum bore depth is observed. Drawing reference: Form C: with male thread, flattened ball, smooth. Form D: with male thread, flattened ball, with POM insert. Form F: with male thread, flattened ball, diamond grip. Form M: with male thread, flattened ball, with carbide insert. Form G: press fit, flattened ball, smooth. Form H: press fit, flattened ball, with POM insert. Form J: press fit, flattened ball, diamond grip. Form K: press fit, flattened ball, with carbide insert.

NSPV Plain to Screwed Thread Conduit Coupling Plain to screwed adaptors is designed with one side to fit rigid conduit and the other has an internal threaded end. Rigid conduit is inserted to the plain end and the threaded end requires a male adapter to be screwed into it.

Again and again, coils with larger internal diameters than expected have to be processed on coilers. Here the secutex coiler sheath offers a simple and flexible solution to the problem. Enlargement of the internal diameter The handy secutex coiler sheath is simply pushed onto the coil mandrel and enlarges the radius to the required size. The timeconsuming assembly of subcomponents is no longer necessary. Prevention of dents Thanks to the high friction of the secutex material, the coil cannot slip and, in some cases, the contact pressure can be significantly reduced. The typical impressions in the initial winding layers are prevented and material wastage is significantly reduced. The secutex material is extremely wearresistant and, unlike standard rubber, is also oilresistant. The insertion tip helps thread the coils.