Custom-made products
Advanced product solutions for your production
As experts in the industrial production of punching dies from a large number of materials, we at Strehl have been operating successfully for many years. Our focus is very much on the automotive industry and the packaging industry. For the automotive sector in particular, we manufacture high-precision punching dies that can reproduce even complex geometries perfectly. The tools range from kiss-cutting and punch-out tools for decorative applications to cutting and embossing tools for a variety of felt materials
Advanced product solutions for your production
As experts in the industrial production of punching dies from a large number of materials, we at Strehl have been operating successfully for many years. Our focus is very much on the automotive industry and the packaging industry. For the automotive sector in particular, we manufacture high-precision punching dies that can reproduce even complex geometries perfectly. The tools range from kiss-cutting and punch-out tools for decorative applications to cutting and embossing tools for a variety of felt materials
years of industry experience
satisfaction
projects completed
top trained Strehl professionals
The right solution to meet any challenge in your production
Automotive industry
Foam/felt industry
Packaging industry
Front panel tools
Film contour cuts
All kinds of adhesive labels
Frequently asked Questions
Using steel strip offers lots of advantages over other materials. First of all, steel strip is very robust and resilient to loads and vibrations. In addition, steel strip is very easy to process and shape, which provides a great deal of flexibility in production. What is more, steel strip is relatively cost-effective compared to other materials, making it an economical option for businesses.
Cold-rolled steel strip is rolled at room temperature and has a higher strength and quality of surface finish than hot-rolled steel strip, which is rolled at higher temperatures. However, hot-rolled steel strip is generally more cost-effective because of its manufacturing process and may be suitable for certain applications where higher strength is not required.
Steel strip is generally stored and transported in coils or on reels to maintain its shape and quality. When it is stored, care should be taken to ensure that the steel strip is dry and protected from moisture to prevent corrosion. During transportation, measures should also be taken to prevent damage to the surface of the steel strip, such as preventing contact with other materials or placing layers between the strips.
There are different types of steel strip, such as unalloyed steel strip, alloyed steel strip, stainless steel strip, galvanised steel strip, and hardened steel strip. Each type has its own specific characteristics and areas of application.
The quality of steel strip can be affected by various factors, such as the chemical composition, the rolling process, heat treatment, and the surface texture. It is also crucial to select the appropriate material and comply with the customer’s specifications to ensure the quality of the steel strip.
Steel strip is generally made from flat-rolled steel that is cut to a specific width. The steel is then rolled to the desired thickness and width in a rolling mill. This is also when special surface treatments and finishes can be carried out. Depending on the area of application, different types of steel and alloys can be used to achieve the desired properties such as strength, hardness or corrosion resistance.
Yes, customers can set individual requirements for the steel strip to ensure that it meets their specific requirements. As a general rule, requirements like this can be specified for dimensions, the surface finish, degree of hardness, strength and chemical composition. It is important for customers to communicate their requirements clearly to ensure that the steel strip is manufactured in line with their wishes.
The useful life of steel strip can be extended by taking various measures, such as regular maintenance and care, correct storage and handling, and applying coatings or surface treatments. In addition, selecting the right material and considering the conditions of use can also play a role.
Steel strip is a recyclable material that can be reused once it has been used. The processes for recycling steel strip include melting and restoring the material so it can be reused. This reduces the demand for new raw materials and lowers CO2 emissions compared to the production of new steel. However, the environmental impact depends on the specific recycling processes that are used, as well as the level of compliance with environmental standards by the recycling facilities.
