With our further developed cementless SCS/SCL/SCR stem system with long-range anchorage, we offer an implant that has proven itself over many years. This stem system is available in a lateral and standard version and also as a revision stem. The long-proven double cone shape ensures high rotational

The ECOFIT® total hip system includes a complete variety of cementless and cemented hip stems for primary arthroplasty. Both standard offset stems and lateralised offset stems are available in cementless fixation or cemented options. The choice of the implant material for any given mode of fixation

The OSTEAL – STANDARD Stem product page mentions the following standards: - NF ISO 5832-3: Titanium Alloy TiAl₆V₄ - NF ISO 5832-9: Stainless Steel - NF ISO 6474-1: Pure alumina ceramic These standards pertain to the materials used in the femoral stem and femoral heads.

The product page mentions several standards and specifications: - **Materials**: - Titanium Alloy TiAl6V4: NF ISO 5832-3 - Hydroxyapatite coating (HAC): NF ISO 13799-2, 3, 4 - Stainless Steel: NF ISO 5832-9 - Pure alumina ceramic: NF ISO 6474-1 - **Design Features**: - Low-profile design

The AIDA® short stem is designed to provide metaphyseal-only cementless anchorage within the spongiosa of the proximal femur. It is proximally supported at the calcar as well as laterally via the distal tip. Axial and rotational stability also arise from the tapered and trapezoidal cross-sectional g

In addition to the primary hip stems the ECOFIT® hip system also offers the option of a short stem system. Both standard offset short stems and lateralised offset short stems are available as a cementless fixation option. The modular instrument platform provides the flexibility to intraoperatively

In principal for all forms of arthrosis, advance wear and tear of the hip joint because of degeneratif, posttraumatic or rheumatoid arthritis fracture of avascular necrosis of the head of femur. Sequelae of earlier operations such as osteosynthesis, joint reconstruction, arthrodesis, hemiarthroplast

The cementless SSC cup is a parabolically shaped screw cup made of pure titanium according to ISO 5832-2. Its external characteristic is a patented, self-tapping trapezoidal thread. This type of thread allows the cup to be screwed in much more easily than comparable screw cup systems. Due to its p

The BSC stem, adapted to the anatomy, is available in a cementless and cemented version. The stem intended for cementless implantation is made of a Ti6AI7Nb titanium-niobium alloy according to ISO 5832-11. The surface enlargement attached to the proximal part of the stem consists of a pure titanium

The cementless XentraX screw cup is equipped with a patented and self-tapping trapezoidal thread on the spherical outer form. This type of thread allows the cup to be screwed in much more easily than comparable screw cup systems. The XentraX cup is made of pure titanium according to ISO 5832-2. The

Trunnion Supported Fixed Ball Design, Available in Full or Reduced Bores. Features include Anti-blow-out Stem, Anti-static, Firesafe/Fire-tested, Lockable. Designs conform to API 608, API 6D, BS 5351, and ISO 17292 standards. Body styles include Two-piece and Three-piece. End connections are Flanged

Seat Supported Floating Ball Design, Available in Full or Reduced Bores. Features include Anti-blow-out Stem, Anti-static, Firesafe/Fire-tested, Lockable. Designs conform to API 608, API 6D, BS 5351, and ISO 17292 standards. Body styles include One-piece, Two-piece, and Three-piece. End connections

Model A21C is the cryogenic execution of the Valland floating ball valve, for small bore low-temperature duties from 1/2" to 8". Construction materials are selected among stainless steels, 6Mo, nickel alloys and titanium for low-temperature toughness; the valve features live-loaded stem packing, ant

Model A11C is the cryogenic execution of Valland’s trunnion mounted ball valve. The design principle is the same as the standard A11 — trunnion-supported ball with floating self-relieving or double piston effect seats — adapted for low-temperature service: materials are restricted to grades with pro

Model GW-S Standard Response automatic sprinklers (5 mm glass bulb) offer RTIs of over 80. They are available in a range of standard finishes (brass, chrome and coloured) and temperatures (57, 68, 79, 93, 141 and 182 °C). Special purpose materials and finishes are available including Electroless Nic

Check valves prevent flow reversal automatically, without external actuation. Valland manufactures two families: the swing check valve (model C11), with a hinged disc in a single-piece bolted-bonnet body, available with renewable or fixed seats, soft sealing or metal-to-metal, and a lockable disc op

Himed’s MATRIX HA® uses raw hydroxyapatite (HA, or HAp) powder of exceptionally high purity to coat titanium dental implants and medical devices. Our MC Type HA is manufactured on site and consistently exceeds the compositional requirements for surgical implants established by ASTM F1185. Medical

API 594 Type "A" Dual-plate Check Valve, ANSI Class Rated. Body Types: Wafer, Lug, or Double-flanged. Seating Designs: Metal-to-Metal or Resilient. Pin Designs: Through-body Pin or Retainerless Design. Body Materials: Cast Gray Iron, Cast Ductile Iron, ASME B16.34 Material Group 1, Group 2, Group 3,

API 6D Swing Check Valve, ANSI Class Rated. Regular or Full Opening Type, Bolted Cover. End Connections: Flanged or Butt-welding Ends. Body Seat Design: Integral, Threaded, or Seal Welded in Place. Hinge Pin Designs: Internal Hanger or Through-body Pin. Options: Resilient Seating; Outside Lever with

Medicoat AG supplies pure titanium powders for coating of medical components by atmospheric and vacuum thermal plasma spray processes. Quality standards We adjust the particle size distributions of the diverse powder products we supply and we remove any iron contaminations which sometimes remain i

API 6D Dual-plate Wafer-type Check Valve, Long-pattern, ANSI Class Rated. Seating Designs: Metal-to-Metal or Resilient. Pin Designs: Through-body Pin or Retainerless Design. Body Materials: ASME B16.34 Material Group 1, Group 2, Group 3, Aluminum-Bronze, Titanium, and other Alloys.

API 594 Type "B" Swing Check Valve, ANSI Class Rated, Bolted Cover. End Connections: Flanged or Butt-welding Ends. Body Seat Design: Integral, Threaded, or Seal Welded in Place. Hinge Pin Designs: Internal Hanger or Through-body Pin. Options: Resilient Seating; Outside Lever with Adjustable Weights,

API 602 Gate Valve, ANSI Class Rated, Solid Wedge Gate, OS&Y Construction, with Position-indicating Rising Stem, and Non-rising Handwheel. End Connections: Flanged, Socket Weld, Threaded, or Butt-welding Ends. Bonnet Design: Bolted Bonnet, Welded Bonnet, or Pressure Seal Bonnet. Body Seat Design: Pr