Premium Braided Mechanical Packing
Style 821
Premium Quality
SWEET SPOT & BEST USES:
High Temperature chemical processes. Solvents, monomers and other non-Oxidizing chemicals
Directed towards higher temperature chemical applications which require essential chemical inertness
Construction
Multiple textiles pretwisted for desired function surrounding a pretwisted, prebraided core for density, 821 relies heavily on the attributes of very high purity carbon, polymer infused PTFE/carbon, and graphite exfoliant, with the matrix of manufacture very similar to that utilized with the versatile and durable SealRyt style 7413. All the very best characteristics of each textile combine to allow the whole product to perform where standard products cannot.
Characteristics
- Style 821 is directed towards higher temperature chemical applications which require essential chemical inertness, but also those which require far greater than normal sectional density still allowing the surface to conform
Applications
Chemical mixers, blenders, and choppers including both dry and wet are the ultimate home for this durable product. Works dependably with acids, bases and solvents.
Base Materials
- Carbon
- Fluoropolymer
GENERAL APPLICATIONS
- Rotary & Reciprocating
- Valve & Reciprocating
Reported Values of PerformANCE
Max Temp in Fº
550
pH Range
1-14
Surface Velocity in FPM
1200
Non-Oxidizing Temp in Fº
550
Pressure in PSI
NA
KEYWORDS
Chemical resistant, solvents
PRODUCT INFORMATION
MSDS INFORMATION
CHARACTERISTICS CHART
Cutting Ease
1
Cut Cleanliness
5
Extrusion Resistance
4
Abrasion Resistance
3
Pounding Resistance
4
Heat Dissipation
4
Shaft Scoring
5
Installation Ease
4
Deformation Resistance
4
Ability to Conform
1
Resistance to Acids
5
Resistance to Caustics
5
Dimensional Stability
3
Removal Ease
5
5 is Excellent and 1 is Marginal. This chart is provided as a guide in selecting the packing material that best meets your application needs. The listed ratings assume average conditions of rotating equipment, adequate flushes, and use of product within published parameters.
