EF-Plus 30 screw for plastic provides maximum mounting with minimum pressure on the surface with its high thread profile and recessed thread base. EF-Plus 30 screws are designed to perform optimally in a wide range of plastics. EF-PLUS 30 screws are designed specifically for thermoplastic material assembly and have a 30 degree thread angle.The improved design produces a stronger fastener that allows for optimal material flow during installation, resulting in higher performance, better clamp loads, and longer joint life.
Features of EF-Plus 30 for plastic
· The EF-Plus 30 screw is capable of direct plastic mounting.
· With its 30 ° thread profile, the EF-Plus 30 screw can be mounted on more delicate surfaces.
· The mounting torque of the EF-Plus 30 screw is low.
· The EF-Plus 30 screw ensures minimal assembly deformation.
· The EF-Plus 30 screw is extremely vibration resistant.
Advantages of EF-PLUS 30 Screws For Plastic
· The EF-Plus 30 screw for plastic offers excellent performance in all thermoplastics.
· The EF-Plus 30 screw for plastic has ensured higher torsional and tensile strength.
· The EF-Plus 30 screw for plastic ensures high strength and dependability in place.
· The EF-Plus 30 screw for plastic can achieve higher clamp loads and seating torques.
Features And Benefits Of EF-Plus 30 Screw For Plastic
· The side geometry of the the EF-Plus 30 screw for plastic is designed to improve material flow during installation.
· The EF-Plus 30 screw for plastic has ensured a high blade engagement.
· Increased clamp loads and seating torques are possible with the EF-Plus 30 Screw For Plastic.
· • If necessary, the EF-Plus 30 screw for plastic allows for the use of shorter fasteners and/or smaller diameters.
· The EF-Plus 30 screw for plastic improves material flow.
· The fastener cross section of the EF-Plus 30 screw for plastic Plastic is larger.
· The EF-Plus 30 screw for plastic expands the cutting area and strengthens the fastener.
· The EF-Plus 30 screw for plastic has a longer fatigue life.
· The EF-Plus 30 screw for plastic has higher torsional and tensile strengths.
· The pitch of the EF-Plus 30 screw for plastic has been optimized.
· The EF-Plus 30 screw for plastic allows for a high clamp load while maintaining a low contact pressure.
· The EF-Plus 30 screw for plastic reduces radial stress.
How to Use The EF-Plus 30 Screws with Plastic?
Screwing is always an option when mounting something made of plastic, just like it is with wood. Because many plastics are harder and more prone to cracking than wood, they should always be drilled through before screwing in. If you're mounting hinges on hard plastic, you might want to avoid drilling a hole and having the screw-in end in place of the plastic. There is a simple technique for driving screws in without first drilling holesBefore screwing in hard plastic, it is best to pre-drill the holes.
The EF-Plus 30 screw for plastic mark the exact location where you want to drive a screw on a fixed plastic sheet by marking with the screw or a pointed end of the screw. Place the screw on the end of a magnetic piece and gently heat the screw tip for 5 seconds more. Drive the screw into the plastic while it is still hot. While driving, the plastic melts rather than cracks. If the screw head becomes stuck to the other side of the plastic part, remove the screw. Drive the screw into a piece of plastic the same thickness as the screw, then file the end. Remove the screw and replace it in the original hole. Its tip will now be flush with the surface of the plastic. Drill a pilot hole in the hard plastic to advance The EF-Plus 30 Screws until they hold onto something else.
To allow for thermal expansion of the plastic, use a drill bit with a slightly larger diameter than the shanks of the screws. Screw in hard plastic with round or oval head wood screws; do not sink countersunk screws. A countersunk that is deep enough for the head to sink to surface level weakens and can break the plastic.
Design Guide For EF-Plus 30 Screws Joints For Plastics
Plastic offers numerous opportunities for engineering product designers due to its versatility and material options. Joining plastics together or joining plastics to another material, on the other hand, presents some unique challenges, such as the use of fasteners and threads. Standard screws and EF-Plus 30 Screws for metal are not suitable for plastic due to their wide flank angle and shallow threads. They're commonly found on sheet metal and thick plastic sheets like UPVC frames. Each type of plastic has its own set of performance issues to contend with, such as ductility, thermal expansion, and clamp retention. Selecting a fastener that best meets these requirements is critical to designing a successful screw joint. With so many polymer options, testing your screw joint is always a good idea in order to determine the best screw type and design.