PAHT 9936 BK – 1kg Filament

90,00 €

plus VAT
1kg - Ø1.75
Quantity Discount Price per piece
1 - 4 - 90,00 €
5 - 10 3% 87,30 €
11 - 20 5% 85,50 €
Category:

SKU: PA-9936

Description

PAHT 9936 BK is a high-performance engineering polyamide (PA6-based) developed specifically for industrial 3D printing. The material combines the excellent mechanical properties of a high-strength polyamide with significantly reduced moisture absorption and high thermal stability. It is ideal for structurally demanding parts in mechanical engineering, the automotive industry, functional prototypes and series applications.

Compared to conventional nylon filaments, PAHT 9936 BK shows considerably improved dimensional stability, even in humid or changing ambient conditions. Thanks to its formulation, the material is compatible with common printing systems and impresses with a reliable, low-warp printing process combined with strength and toughness.

The high heat deflection temperature of up to 150 °C (briefly higher) allows use in heat-stressed applications. In addition, PAHT 9936 offers good chemical resistance to oils, greases, fuels and many industrial fluids. Post-treatment such as annealing is usually not required.

Technical features at a glance:

  • High-temperature polyamide for functional parts
  • Heat deflection temperature up to approx. 160 °C
  • Low water absorption for high dimensional accuracy
  • Very good mechanical properties (stiffness, strength, toughness)
  • High chemical resistance (oils, lubricants, fuels, solvents)
  • Good layer adhesion, even with complex geometries
  • Food safe
  • Compatible with common FDM/FFF systems

Typical applications:

  • Functional parts in machine and plant engineering
  • Vehicle technology and engine compartment components
  • Electronic housings and brackets
  • Jigs, fixtures and manufacturing aids
  • Technically resilient prototypes and series parts

 

Note: To achieve full thermal and mechanical performance, the printed part must be annealed.

The material must be dried before printing (24 to 48 hours at 90 to 95 °C).
We recommend processing the material from a dry box.