SCHILBACH putty plasta for moulding ✓ SK-DENTTEC-PUTTY 95 - Set 2x1,5kg

Addition-curing putty plasta kneading silicone for moulding ✓ Knetosil SK-DENTTEC-PUTTY 95 from SCHILBACH

Putty, plasta, kneading silicone or Knetosil is a type of impression material used in dental technology and mould making. Kentsilicone is a soft, kneadable addition-curing silicone rubber that is quick and easy to process. Our putty plasta - kneadable silicone is very hard in shore hardness A 95 and is suitable as a plaster substitute for moulding and as a fixture additive for round tops/bottoms, frames etc. in violin making.

Putty - Kneadable silicone rubber moulding compound for mould making and violin making

With a working time of 1.2 minutes, you have enough time to place the object to be moulded in the silicone rubber. After 4.5 - 10 minutes, the object can be removed for moulding.

Putty, plasta & kneadable silicone - Knetosil - Silicone rubber in violin making

For quick, clean and easy moulding in violin making and restoration.
In violinmaking, it is often necessary to place clamps. Due to the round shape of the violin, these cannot be placed evenly. With our kneading silicone SK-DENTTEC-PUTTY 95 (putty, plasta), you can easily and quickly compensate for the curvature and apply even pressure to the desired area with the shim. The particularly exceptionally high shore hardness of A 95 does not give way even under high pressure and behaves similarly to gypsum moulds.

No heat emission, so no problems for the delicate varnish of your instrument.

Putty, plasta & kneadable silicone - Knetosil - Silicone rubber in dental applications

In the dental field, kneading silicone, putty or silicone rubber is often used to create negative moulds of teeth and other objects, which can then be used to create positive moulds. There are different types of putty, plasta, silicone rubber, or kneading silicone, including hard and soft varieties, as well as different colours and degrees of hardness. It is important to ensure that the silicone chosen is suitable for the intended application. Very hard wrought silicone in Shore hardness A 95 is suitable as a plaster substitute for moulding and as a ferrule additive for round tops/bottoms, ribs etc. in violin making.

Recommendations for the use of SK-DENTTEC-PUTTY 95 putty

In order to achieve the best possible result, we recommend that you carefully read and follow the processing recommendations.

Thoroughly knead component A and B in a ratio of 1:1, press the object to be moulded into the mass and remove from the mould after approx. 4.5 - 10 min.

Important!

• Do not use latex gloves!
• Close the tins immediately!
• Never mix up the lids!
• Only A & B components with the same batch number may be used together!
• The platinum catalyst is in component A!

Putty Properties

• Type: Kneading silicone, Kneading silicone, Silicone rubber, Moulding compound for moulding Mixing ratio 1:1 Soft, homogenous kneading
• Fast, shrinkage-free vulcanisation at room temperature
• Excellent long-term stability of the mechanical vulcanisation properties
• Shore hardness after curing Shore A 95 (very hard)
• Very hard and not very flexible kneading silicone
• Processing time/drop time: approx. 1.20 min.
• Curing time: approx. 4.5 min.
• Processing at room temperature
• Linear dimensional change: 0 - 0.4
• Boil-proof
• Brand SCHILBACH
• Made and developed in Germany

Applications

• Violin making
• Model making
• All impressions in the field of industry, mould making and plastic design
• Orthopaedics and hearing acoustics
• Dental technology

Storage

The best-before date of the respective batch is indicated on the product label.

Storage beyond the period indicated on the product label does not necessarily mean that the product is unusable. However, a check of the properties required for the respective application is essential in this case for reasons of quality assurance.

Safety instructions

Components A and B of the addition-curing type SK-DENTTEC-PUTTY 95 A/B contain only components which, according to all previous experience over many years, have proved to be neither toxic nor aggressive, which is why no special precautions are required for handling, or compliance with the general industrial hygiene regulations is sufficient.