"Ward's+Phenomena"

Set of 12 deflagrating spoons and caps, featuring a steel cup and rod with an aluminum cap, designed for controlled combustion reactions and experiments in laboratory settings.

To study the relationship between mass and density.

Steel tuning forks for physics experiments.

Ideal for studying rotational dynamics.

Double adjustable universal clamp with 3 prongs and non-slip vinyl-coated rubber jaws, offering a secure grip and versatility.

Economical polypropylene graduated cylinders with an integrated hexagonal base.

Major anatomical structures can already be seen in this model of a 30 day old embryo including the spinal column, and eyes.

Enlarged human ear model for basic anatomical studies.

Steel tuning forks for physics experiments.

Ideal for studying electricity.

Metal mini boss head with a 15 mm diameter, providing secure attachment and flexibility for various lab apparatus.

Extra long, flexible delivery tube for better reach and aim when dispensing liquids.

These nickel-plated tongs are ideal for sampling purposes, providing a reliable and precise grip for various materials in laboratory and industrial environments.

Major structures of a flower are shown in full detail on this economical model. Students can clearly see the calyx, corolla, androceium, stamens, and ovule.

Traditional, 3-step wood pinning block has pin holes set at 23, 12 and 7 mm. Size: 1" x 3".

Excellent demonstration of compression for hooke's law. Approximately 300mm long with a 10mm diameter and wire of 19 SWG.